Genius Jnr - Which of the following is not true for the given equation? 0.1 M pKa = 4.74

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Which of the following is not true for the given equation?

0.1 M

pKa = 4.74

CH₃COO⁻ is hydrolysed

free OH⁻ ions are formed

pH = 5.78

or

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Following Solution Basic Ph 0 01m Naoh Solution 250c Ph Solution 2 Ph Doubled Hydronium Ion Concentration Solution Convert Given Percents Decimal Fractions Also Fractions Simplest Forms 25 B 150 C 20 5 H Ion Concentration Solution Increased 10 Times Ph 15 000 Voters Constituency 60 Voted Find Percentage Voters Vote Find Many Actually Vote Ph Solution Obtained Mixing 50 Ml 0 4 N Hcl 50 Ml 0 2 N Naoh Conjugate Base Nh2 Local Cricket Team Played 20 Matches One Season 25 Many Matches Win Tell Profit Loss Following Transactions Also Find Profit Percent Loss Percent Case Gardening Shears Following Bronsted Acid Well Bronsted Base K1 K2 Equilibrium Constant Reactions 1 2 N2 G O2 G 2no G 1 G 1 2n2 G 1 2o2 2 Find Answers Following Write Indicate Solved B C Following Change Concentration Ammonia Equilibrium N2 G 3h2 G 2nh3 G H X Kj Following True Given Equation 0 1 Pka 4 74 Reversible Reaction Two Substances Equilibrium Concentration One Reduced Half Equilibrium Constant Following Equilibrium Reaction Change Pressure System Alter Equilibrium Reaction Co G 1 2 O2 G Co2 G Value Kp Kc Chalk Contains Calcium Carbon Oxygen Ratio 10 3 12 Find Percentage Carbon Chalk Ii Stick Chalk Carb Ph 10 10m Hcl Solution 250c Approximately Find Values Five Trigonometric Functions X Lies Second Quadrant Chemist Experiment Found Kp Following Reaction Equilibrium 3 Times Total Pressure Using Information Find Value Trigonometric Function Cosec 1410 Deepak Took Mixture No2 N2o4 Recorded Vapour Density Mixture Relation Hydrogen 1 40 C Value Recorded Find Value Trigonometric Function 0 2 Mole Pcl5 Heated Flask Capacity 12 L Following Reaction Occurs Reaction Carried 600 K Pressure M Nicotinic Acid Represented Formula Hnic Dissociates Follows Percentage Dissociation Acid 0 02 Moles Mohan Solution Contains 0 3 H2s 0 6 Hcl Equilibrium Solution Follows H2s H Hs Hs H S2 H2s 10 9 1 8 1 Karan Made Solution Mixing 0 01 Mg2 0 01 Nh3 Wanted Add Nh4cl Prevent Formation Mg Oh2 Solution Calc Find Value Sin 75 Ii Tan 15 Solubility Product Ca Oh 2 4 42 10 5 25 C Richa Mixes 500 Ml Saturated Solution Ca Oh 2 500 Ml 0 4 N F Ravi Prepares Solution 0 1 N Acetic Acid Ch3cooh Ph Solution Given Ionization Constant Ch3cooh 1 8 Riaz Wants Prepare Buffer Solution Ph 4 0 Containing Formic Acid Sodium Formate Knows Pka Formic Aci Suraj Prepared Solution Metal Bromide Mbr2 0 05m Water Saturated H2s Solubility Product Ms 6 0 10 21 Arun Prepared Buffer Solution Consisting H2co3 Nahco3 Volume 5 Nahco3 Solution Mixed 10 Ml Sample Bu Ajay Wants Prepare Ammonium Ion Mixing Ammonia Water Knows Ionization Constant Ofin Water 5 6 10 10 Dissociation Constant Ka Ascorbic Acid Hasc 5 10 5 Niraj Prepared Aqueous Solution Containing 0 02 A Srinath Wants Dissolve Agi 1 Litre Solution Containing 1 Cn Ions Solubility Product Agl Rate Constan Raj Prepares Aqueous Solution Aniline Concentration 0 24 Calculate Concentration Sodium Hydroxide Ad Average Concentration So2 Atmosphere Delhi September 12 2011 Calculated 10 Ppm Average Temperature 2 Amit Performed Reaction Carbon Dioxide Excess Graphite Form Carbon Monoxide 817 C Kp Reaction Kp 10 Rajesh Performed Following Reaction Laboratory Taken 0 2 Mole Carbon Monoxide Five Litre Flask Heate Satish Wants Perform Dissolution Ammonium Hydrogen Sulphide Introduces 3 06 G Solid Nh4hs Two Litre Meera Mixes 500 Ml 0 2 Aqueous Solution Acetic Acid 500 Ml 0 2 Hcl 25 C Given Ka Acetic Acid 1 75 10 Assertion Kc Equal Greater Even Less Value Kp Reason Kp Kc Rt N N2 G H2 G Nh3 G Equilibrium Constant K N2 G 3h2 G 2nh2 G Equilibrium Constant R Concentrations Mult Value Kc Reaction Value Kp Reaction Rajat Takes Amount Co H2 Without Catalyst Reaction Take Place Final Pressure Flask Calculate Number Moles H2 Ajit Gets Equilibrium Equilibrium Mixture Partial Pressure Co2 Equilibrium Mixture Partial Pressure Co Equilibrium Mixture Partial Pressure H2o James Heated Ammonium Carbamate 200 C Get Mixture Nh3 Co2 Vapours Density 13 Calculate Degree Dissoc Raj Dissolved 0 16 G N2h4 Water Made Total Volume 500 Ml Percentage N2h4 Reacting Water Dilution Kb Abhay Made 1 L Saturated Solution Agcl Solubility Product Agcl 1 6 10 10and Concentration Ag Saturat Praveen Done Dissociation Reaction Pcl5 Equilibrium 2 Moles Pcl5 Pcl3 Cl2 Present Temperature 250 C Harish Kept 0 1 Mole H2s 0 4 Litre Vessel 1000 K Following Reaction 2h2s G 2h2 G S2 G Percent Dissoc Sashi Titrated 0 1 Naoh 0 1 Ha Till End Point Ka Given Acid 5 6 10 6 Degree Hydrolysis Less Compared Type Bonding Helps Stabilising Helix Structure Proteins Convert 3 Methylaniline 3 Nitrotoluene Ii Aniline 1 3 5 Tribromobenzene Square Matrix Equal B C 3a Value Formation Cr2o3 540 Kjmol 1 Al2 O3 827 Kjmol 1 Reduction Cr2o3 Possible Al N2 Less Reactive Room Temperature X Connected Parametrically Equation Without Eliminating Parameter Find Gas Phase Reaction Carried Vessel Equilibrium Concentration C2h4 Increased Physical Quantity X Rays Wavelength 10 10 Red Light Wavelength 6800 Radiowaves Wavelength 500 Terminology Different Parts Electromagnetic Spectrum Given Text Use Formula E H Energy Quantum Radia Giant Refracting Telescope Observatory Objective Lens Focal Length 15 Eyepiece Focal Length 1 0 Cm Angular Magnification Magnifying Power 30x Desired Using Objective Focal Length 1 25 Cm Eyepiece Foc Brewster Angle Air Glass Transition Refractive Index Glass 1 5 Describe Current Government Strategy Poverty Alleviation Buffer Stock Created Government Would Explain Rise Napoleon Ways Pressure Groups Movements Exert Influence Politics Reaction Pcl3 G Cl2 G Pcl5 G Value Kc 250oc 26 Value Kp Temperature Among Following Special Feature Distinguishes Pressure Group Political Party Parties Take Political Dissociation Constant Water 1 10 14 Mol2litre 2 Ph 0 001 Koh Solution Ionisation Constant H2o 1 10 14 Mol2litre 2 Ph 0 01 Naoh Solution 25 30 25 30 50 60 Following Gaseous Reactions Favoured Low Pressure Note Marriage Rules Followed Society Compare Observations Made Students Class Discuss Smc Curve Cut Avc Curve Minimum Point Avc Curve Following Statement Conclusions Le Chatelier Principle 800k Reaction Mixture Contained 0 5 Moles 2 0 12 Moles 2 3 Moles 3 Equillibrium K C Equillibirum 2so Aqueous Solution 0 06m Metal Halide Mx Saturated 1 2m H2s Gas Metal Present Solution Could Precipita Monocular Cues Depth Perception Explain Role Binocular Cues Perception Depth Transfer Learning Takes Place Following Aqueous Solutions Highest Value Ph Plot Ln Keq Vs Temperature Reaction Shown Following Figure Reaction Must Reaction Pcl3 G Cl2 G Pcl5 G Value Kc 250oc 26 Value Kp Temperature Ionisation Constant 0 02 Hf Solution 3 2 10 4 Concentrations H3o F Hf Aqueous Solution Hcl Ph 2 0 Water Added Ph Increases 5 0 Hydrogen Ion Concentration Value Kp Reaction 5 0 1010 800 K Value Kp Reaction Temperature Dissociation Constant Water 1 10 14 Mol2litre 2 Ph 0 001 Koh Solution Journal Entries Recorded Following Transactions Dissolution Firm Payment Unrecorded Liabilities Rs 3 Solubility Pbcl2 Reaction Value Kp 1 64 10 4 400oc Value Kc Following Species Act Bronsted Acid Bronsted Base Value Kp Reaction 0 005 Atm 1000 K Value Kc Terms R Reaction Co G O2 G Co2 G Kp Kc Equals Value Kp Reaction 0 005 Atm 1000 K Value Kc Terms R Favourable Conditions Better Yield Ammonia Following Reaction N2 G 3h2 G 2nh3 G H 22 Kcal Narrator Story Want Forget Address Kind Person Think Narrator Impressions Shahid Gather Piece Shahid Writer React Knowledge Shahid Going Die Given Reaction Equilibrium Constant Kp 200 Atm 1 1 000 K Mixture Gases Ab3 Initial Partial Pressure Initial Concentrations Nitrogen Hydrogen Gases B Respectively Kp Reaction 800 K Reaction Mixture Contained 0 5 Moles So2 0 12 Moles 2 3 Moles So3 Equilibrium K C Equillibirum 5 G Pcl5 Molecular Weight 208 5 Completely Vapourised Equilibrium State 250 Oc Vessel 1 9 L Capacity Following Equilibrium Reaction 40 C Kp 9 Atm2 5 Litre Vessel Contains 0 1mole Licl Nh3 Many Moles Nh Value Kp Reaction 5 0 1010 800 K Value Kp Reaction Temperature 30 Ml Dilute Solution Carbonic Acid Titrated Aqueous Naoh Solution 7 02 Ml 50 Naoh Solution Added Re Use Following Information Answer Question Pcl5 Gas Dissociates According Equation Pcl5 G Pcl3 G Cl2 0 01m Solution Ammonium Chloride Pkb Nh4oh 4 74 Observed Colour Indicator Depends Ph Dependancy Show Increase Ph Titration Solution Addition 30ml 39 95ml Naoh Solution Would Ph Acetic Acid Completely Neutralised Ph Solution Addition 40 05 Ml Naoh Solution Carried Value Kp Mole Fraction O2 Equilibrium Following Statements Incorrect Percentage Ions Left Unreacted Nearly Dissolve 1 G Caso4 298k Minimum Volume Water Required Match List List Ii List List Ii Ph P Change Ph 100 Ml Hcl Solution Ph 6 Diluted 1000 Ml 1 Q Hydrolys Match Solutions Column Percentage Hydrolysis Salt Column Ii Column Column Ii Sodium Acetate 0 1 Aque Match Stages Titration Sodium Carbonate Solution Hcl Column Events Happening Stages Given Column Ii Reaction Ratio Reaction Would Consider Following Reaction Carried Vessel Temperature 3 Moles I2 1 Mole H2 Mixed Amount Hi Formed 2 Maximum Value Buffer Capacity Buffer Index Occurs Ratio Salt Acid Solution Containing Precipitates Ksp Ba Oh 2 1 10 13 Value Ph Happen Indicator Yellow Acid Form Pink Basic Form Ka Indicator 3 10 5 Ph Change Bring Change Indicator 75 Y Half Neutralisation Point Following Pairs H2so4 Obtained Hydrolysis Product Aqueous Solution 0 06m Metal Halide Mx Saturated 1 2m H2s Gas Metal Present Solution Could Precipita Solubility Product Constant Ksp Salts Types Mx Mx2 M3x Temperature 4 0 10 8 3 2 10 14 2 7 10 15 Resp Use Following Information Answer Next Question Methanol Industrially Prepared According Given Reacti Use Following Information Answer Next Question Equilibrium System Given Alternative Matches Effect E Use Following Information Answer Next Question Concentration Sulfide Ions 0 1 Solution Saturated Hyd Dissociation Constant Water 1 10 14 Mol2litre 2 Ph 0 001 Koh Solution Standard Reduction Potentials Fe3 Fe2 0 77 V 0 54 V Respectively Reaction Value Equilibrium Constant Use Following Information Answer Next Question Methanol Commercially Produced According Given Reacti Use Following Information Answer Next Question Following Table Lists Data Collected Student Trying D Given Many Moles Present 400 Ml Saturated Solution Use Following Information Answer Next Question Equilibrium Given Given Reaction Equilibrium Rate Bac Calculate Ph 0 05 Solution Ch3cooh Ka 1 8 10 5 100 Ml Solution Nh4cl Made Dissolving Acid Relevant Base Ph 5 15 Number Millimoles Salt Present Kb N Reactionkc Partial Pressure B Equilibrium 1 758 Partial Pressure Round Answer Nearest Integer Ratio Ph Solution Solution B Twice X Find X Given Solution 50 Ml 0 1 Nh4oh Mixed 50 Ml 0 1 Hcl Solut Use Following Information Answer Next Question Upon Analysis Saturated Solution Sparingly Soluble Le Use Following Information Answer Next Question Combustion Methane Represented Ch4 G 2o2 G Co2 G 2h2o Solution Sodium Benzoate Ph Value 8 60 Concentration Oh Ions C6h5coona Upon Analysis Saturated Solution Sparingly Soluble Lead Chloride Room Temperature Found Contain 11 8 Nitrogen Oxygen React Together Form Nitric Oxide Decomposes Give Back Reactants Container One Liters Number Moles Sodium Benzoate Added Two Liters Aqueous Solution Benzoic Acid Contains 0 04 Moles Benz Following Species Amphoteric Nature Amount Ammonium Chloride Added 250 Ml 0 4m Ammonium Hydroxide Solution Order Obtain Buffer Solution Hydrogen Sulfide Dissociates Gibb Free Energy Change Reaction 33 4 Kj Mol 300 K Calculate Value Equi 0 5m Acetic Acid Neutralized 1 5l 0 5m Sodium Hydroxide Solution Resulting Solution Slightly Alkalin Ionisation Constant H2o 1 10 14 Mol2litre 2 Ph 0 01 Naoh Solution Use Following Information Answer Next Question Reaction Chemical Equilibrium Represented Conjugate A Use Following Information Answer Next Question Acid Dissociation Constant 0 20 Acetic Acid 1 77 10 5 Use Following Information Answer Next Question Degree Ionization Acetic Acid 0 25 Aqueous Solution 2 Use Following Information Answer Next Question Ionic Product 298 K 1 0 10 15 Salt Solution 0 15 Naoh Use Following Information Answer Next Question Nickel Ni Reacts Carbon Monoxide Gas Form Nickel Carb Use Following Information Answer Next Question 227 C 0 5 Mol Gas X Placed 2 L Reaction Vessel Form A Use Following Information Answer Next Question Reaction Value G 15 Kj Mol 1 Value Temperature Reacti Use Following Information Answer Next Question Compound Decomposes Give Two Products Represented Giv Addition Catalyst Affect Equilibrium Happens Basic Character Thermal Stability Hydroxides Alkaline E Various Factors Affect Strength Acids Explain Help Examples B Common Ion Effect Addition Sodium Acet Value Equilibrium Constant Reaction 1 1010 Say Reaction State Law Chemical Equilibrium Equilibrium Constant B Value Equilibrium Constant Forward Reverse Rea Following Cities South Africa Famous Diamond Industry Pretoria B Durban C Cape Town Kimberley Casual Labourers Give Examples 0 3cos X3 4 Sin X Dx 0 11 Sin X Dx Area Bounded 2 X2 X 0 72sq Units B 92sq Units C 9 Sq Units None Using Integration Find Area Region Bounded Following Curves Making Rough Sketch 1 X 1 X 2 X 3 0 Arrhenius Define Acids Bases Choose Strong Acid Weak Base Following Substances Ch3cooh Nh4oh Hcl Koh 100 Ml 0 2 Naoh Mixed 100 Ml 0 2 Ch3cooh Nearest Integer Value Ph Solution Ka Ch3cooh 1 8 10 5 Ratio Ph Solution B Solution Solution 50 Ml 0 1 Nh4oh Mixed 50 Ml 0 1 Hcl Solution B 100 Ml 0 1 Ch3c Solubility Agcl 0 1 Agno3 Ksp Agcl 2 1 10 10 Ksp Saturated Solution Pbcl2 Pb2 Andm 20 Ml 0 02 Agcl Mixed 40 Ml 0 05 K2cro4 Ksp Ag2cro4 Choose Correct Option Agcn Dissolved Buffer Solution Ph 2 5 Solubility Agcn Buffer Solution Found 10 2 Value Given Solubil Pcl5 Decomposes Pcl5g Pcl3g Cl2g 10 L Jar 10 Moles Pcl5 Enclosed Reach Equilibrium 350 K Equilibrium Vessel Capacity 5l One Mole Nitrogen Mixed Three Moles Hydrogen 0 30 Percent Nitrogen Converted Ammo Kp Reaction Vapour Pressure Water Vapour Torr Acid X Ka 3 2 10 7 Mixed 0 1 Moles Salt Prepare Acid Buffer Ph 5 Number Moles X Added Following Strongest Conjugate Base Choose Correct Order Acidic Strength Conjugate Acids Following Statements True Brain Main Thinking Part Brain Hind Brain Ii Centres Hearing Smell Memory Use Following Information Answer Next Question Reaction Chemical Equilibrium Represented Conjugate A Use Following Information Answer Next Question Acid Dissociation Constant 0 20 Acetic Acid 1 77 10 5 Degree Ionization Acetic Acid 0 25 Aqueous Solution 25 C 0 028 Value Acetic Acid 25 C 1 7 10 5 0 025 Use Following Information Answer Next Question Ionic Product 298 K 1 0 10 15 Salt Solution 0 15 Naoh Use Following Information Answer Next Question 227 C 0 5 Mol Gas X Placed 2 L Reaction Vessel Form A Use Following Information Answer Next Question Reaction Value G 150 Kj Mol 1 Value Temperature React Use Following Information Answer Next Question Nickel Ni Reacts Carbon Monoxide Gas Form Nickel Carb Unit Equilibrium Constant Given Reaction Write Balanced Chemical Equation Reaction Equilibrium Constant Follows Consider Given Reaction Initial Concentrations Fe3 3 2 Mol Scn 5 6 Mol Value K 138 0 L Mol 1 298 K W Value Kp Given Reaction 5 0 1010 800 K Find Value Kp Given Reaction Temperature Effect Given Reaction Equilibrium Inert Gas Added Constant Pressure Equilibrium Constant Reaction 50 C 3 6 10 4 180 C 8 4 10 4 Reaction Exothermic Endothermic Identify Conjugate Acid Base Pairs Given Reaction Arrange Given Hydroacids Order Increasing Acidic Strengths Ch4 H2o Hf Nh3 Given Dissociation Constants Three Acids Acid Dissociation Constant 1 2 10 5 2 1 7 10 5 3 3 4 10 5 G Must Concentration Ions Cause Precipitation Baso4 Solution 1 5 Bacl2 Given Solubility Product Baso4 Concentration Hydrogen Ions Solution Ph Value 3 Show Graphically Rate Reaction Varies Time State Equilibrium Reaction Classify Given Equilibrium Reactions Homogenous Heterogenous Equilibrium Ii Iii Given System Value Qc 8 Value Kc 57 0 700 K Reaction Equilibrium Direction Reaction Proceed Would Effect Adding Inert Gas Given System Constant Volume Equilibrium Constant Reaction 1300 K 3 90 Gaseous Equilibrium Mixture Contains 0 50 Mol L 1 H2 0 12 Equilibrium Reaction Standard Gibbs Energy Given Reaction 500 K 4 05 Kj Mol 1 Calculate Value Equili Would Effect Increasing Temperature Given Equilibrium Would Effect Equilibrium Constant Given Reaction Mixture Volume H2 Tripled Would Effect Adding Inert Gas Constant Pressure Given Reaction Ph Solution 2 50 Calculate H3o Oh Derive Relation Overall Equilibrium Constant First Second Ionisation Constants Given Reaction Equilibrium Constant Kp Given Reaction 2 6 10 3 Kpa 700 K Calculate Value Kcfor Reaction Temperature Value Poh 0 50 Solution Nacn Ka Value Cn 6 2 10 10 Calculate Solubility Cu Oh 2 Solubility Product 2 2 10 20 298 K Calculate Value G 50 C Given Reaction Equilibrium Constant 4 0 10 7 Effect Equilibrium Constant Concentration So2 Increased Write Conjugate Bases Following Acids Hs H2so4 Write Conjugate Acids Following Bases Justify Given Statement Arrhenius Acids Also Bronsted Acids Arrhenius Bases Bronsted Bases Calculate Ph 0 002 Solution Ca Oh 2 Assuming Completely Ionised Arrange Given Hydroacids Order Decreasing Pka Values H2o H2s H2se H2te Calculate Value Ionisation Constant 0 40 Solution Hf Given Kafor Hf 3 5 10 4 Calculate Ph 6 25 10 13 Hcl Solution Account Given Statement Carbon Dioxide Gas Escapes Rapidly Fizz Opening Soda Water Bottle Show Graphically Concentration Reactants Products Vary Time Equilibrium Attained Derive Expression Reaction Quotient Qc Following Reaction Ph Sodium Acetate Solution Water 7 Consider Following Equilibrium Reaction Intensity Colour Decreases Reaction Proceeds Would Change Co List Three Ways Force Given Equilibrium Shift Forward Direction H 180 Kj Pka Acetic Acid 4 76 Ph Ammonium Acetate Solution 7 005 Calculate Pkbfor Ammonium Hydroxide Effect Adding Solid Nh4cl Nh4oh Solution Order Increasing Acidic Strength First Second Third Ionization Constants H3po4 Derive Relationship Degree Dissociation Dissociation Constant Given Equilibrium Calculate Value Dissociation Constant Conjugate Base Hcn Ka 4 9 10 10 Calculate Ph Poh Mg Oh 2 Begins Precipitate Solution Containing 0 4 Mg2 Ions Given Ksp Mg Oh 2 4 0 1 Pkb Value Salt Weak Acid Weak Base Greater Pka Value Salt Acidic Basic Calculate Kp Kc Following Reaction 600 K Given Concentration Nh3 0 44 Mol Dm 3 N2 1 44 Mol Dm 3 H2 3 Value Kc Following Reaction Value Qc Given Reaction 4 2 Direction Equilibrium Shift Calculate Per Cent Dissociation Pcl5 0 10 Mol Pcl5 Kept 16 0 L Flask 600 K Value Kc Reaction 4 2 10 Calculate Kp Reaction Value Kc Reverse Reaction Given Reaction Value Equilibrium Constant 36 670 K Ph2 0 20 Atm Phi 1 60 Atm State Side Equilibrium Unit Equilibrium Constant Given Reaction Derive Relation Kp Kc Given Reaction Calculate Degree Ionisation Phenolic Solution Calculate Ph 0 002 Phenolic Solution Calculate Ionisation Constant Conjugate Base Phenol Adding Co Constant Temperature Volume Adding Solid Carbon Constant Temperature Decreasing Volume System Doubling Partial Pressure O2 Increasing Temperature System State Henry Law Write Expression Equilibrium Constant Ionization Acetic Acid Water Effect Adding Inert Gas Constant Pressure Reaction Write Expression Reaction Quotient Qc Following Reaction Arrange Following Acids Increasing Order Acid Strengths Hf Hcl Hbr Hi Concentration Hydrogen Ions Solution Ph Value 3 25 Unit Equilibrium Constant Following Reaction Derive Relation Kp Kc Following Reaction Mixture H2 I2 Hi Molar Concentrations 0 44 Mol L 1 1 44 Mol L 1 3 12 Mol L1 Respectively Prepared He Hydronium Ion Concentration Tomato Juice Calculate Value Poh Tomato Juice Giving Reasons Arrange Following Hydro Acids Increasing Order Acidic Character Ph3 Hcl H2s Ph Nh4cl Solution Less 7 Water Effect Adding Ch3coona Ionization Ch3cooh Calculate Equilibrium Constant Given Reaction Given Standard Gibbs Energy Change Reaction 142 Kj Mol Effect Increase Pressure Equilibrium Reaction Part Many Ionization Constants Possible H3po4 Derive Expression Ionization Constant Higher Order Ionization Constants Smaller Lower Order Ionization Constants Equilibrium Constant Reaction K Equilibrium Constant One Mole Hbr Consider Following Reaction Effect Reaction Increasing Concentration N2 Equilibrium State Two Important Factors Upon Solubility Salt Depends Calculate Solubility Caso4 Ksp Caso4 9 1 10 6 Consider Following Reaction Would Effect Kc Temperature Increased Ii Pressure Increased Iii Inert Ga Equilibrium Concentrations So2 O2 So3 Closed Vessel 700 K Calculate Kcand Kp Reaction Variation Concentration Reactants Products Time Represented Graphically Give Expression Kc Reaction Value Kc 2 47 10 29 298 K Find Value Standard Gibbs Free Energy Temperature Would Effect Decrease Pressure Equilibrium Write Conjugate Acid Base Pairs Given Reaction Derive Relationship Pka Pkb Given Reaction Value Kw 5 7474 10 14 323 K Calculate Ph Water Temperature Following Species Amphoteric Nature Use Following Information Answer Question Following Equilibrium Established Hco3 Ions Dissolved Aque Following Substances Conducts Electricity Aqueous Medium Use Following Information Answer Next Question Electrolytes Substances Dissolved Water Break Cations Following Compounds Strong Electrolyte Degree Ionization Salt Depend Use Following Information Answer Next Question Strong Acid Acid Dissociates Completely Furnish H Ion Dissolution Sulfur Dioxide Gas Water Results Formation Following Acids Strongest Concentration Hydrogen Ions Pure Neutral Water Concentration Hydrogen Ions Sample Fruit Juice 4 7 10 3 Ph Value Sample Ph Value Solution 3 25 Concentration Hydrogen Ions Solution 0 003 Hydrogen Bromide Solution Undergoes Complete Dissociation Ph Value Solution Use Following Information Answer Next Question Calcium Hydroxide Ca Oh 2 Prepared Reacting Calcium O 5 4 1021 Molecules Mg Oh 2 Dissolved Water Give 300 Ml Solution Stp Ph Solution Use Following Information Answer Next Question Sulfuric Acid Dissociates Water H2so4 H2o Hso4 H3o Hs Ph Value Sample Lemon Juice 2 4 Concentration Hydrogen Ions Sample Ph Value Spinach 6 0 Concentration Oh Ions Fruit Whose Ph Value 2 1 Times Spinach 125 Ml Solution Prepared Dissolving 0 049 G Phosphoric Acid H3po4 Water Ph Solution Poh N 20 Phosphoric Acid H3po4 900 Ml Solution Prepared Dissolving 0 005 Mole Ba Oh 2 Water Assuming Complete Ionization Ba Oh 2 Ph Amount Sodium Hydroxide Dissolved 1 L Solution Obtain Ph 13 Ph 500 Ml Solution 3 Number Molecules Phosphoric Acid H3po4 Present Solution Ph Solution 6 3 Concentration H Oh Ions Solution Use Following Information Answer Next Question 250 Ml Solution Prepared Dissolving 0 098 G Sulfuric Concentration Oh Ions Solution 7 5 10 8 Ph Solution Solution Obtained Mixing 100 Ml 0 2 H2so4 100 Ml 0 4 N Ba Oh 2 Ph Resulting Solution Use Following Information Answer Next Question Solution Obtained Mixing 100 Ml 0 2 H2so4 50 Ml 0 2 N Use Following Information Answer Next Question Blood Sometimes Also Called Fluid Life Transports Oxy Ph Water Value Kw Certain Temperature 4 5 10 14 3 L Solution Prepared Dissolving 0 58 G Magnesium Hydroxide Mg Oh 2 Water Ph Solution Use Following Information Answer Next Question 400 Ml Solution Prepared Dissolving 0 005 Mole Ba Oh Use Following Information Answer Next Question Mixture 0 100 0 050 H2 0 100 H2o Allowed Reach Equili Use Following Information Answer Next Question Chlorides Phosphorus Pcl5 Pcl3 Cl2 Exist Equilibrium Use Following Information Answer Next Question Nitric Oxide Formed Reaction N2 O2 According Given Eq Use Following Information Answer Next Question Phosgene Cocl2 Used Manufacture Polyurethane Prepared Use Following Information Answer Next Question Flask Filled 3 00 Atm Nitrogen Tetraoxide Gas 2 00 At Use Following Information Answer Next Question Certain Temperature Total Pressure 105 Pa Iodine Vapo Use Following Information Answer Next Question Carbon Dioxide Burns Presence Hydrogen Give Carbon Mo Use Following Information Answer Next Question Solution Ferric Nitrate Pale Yellow Colour Added Solu Use Following Information Answer Next Question Manufacture Ammonia Nh3 Haber Process Nh3 Gas Liquefi Use Following Information Answer Next Question Given Reaction Represents Manufacture Ammonia Nh3 Hab Use Following Information Answer Next Question Formation Carbon Monoxide Carbon Dioxide Represented Use Following Information Answer Next Question Change Pressure System Plays Important Role Case Reac Use Following Information Answer Next Question Given Reaction Represents Preparation Phosgene Gas De Use Following Information Answer Next Question Formation Hydrogen Iodide Represented Given Reaction Following Statements True Effect Catalyst Reaction Use Following Information Answer Next Question Bosch Process Manufacture Hydrogen Represented Given Use Following Information Answer Next Question According Law Mass Action Rate Chemical Reaction Prop Use Following Information Answer Next Question General Reversible Reaction Equilibrium Constant Give Use Following Information Answer Next Question Equilibrium Constant Given Reaction Equal Kc Reverse Following Reactions Homogeneous Equilibrium Use Following Information Answer Next Question Given Chemical Equation Represents Formation Hydrogen Use Following Information Answer Next Question Dissociation Calcium Carbonate Represented Equilibriu Use Following Information Answer Next Question Ammonia Dissolves Water According Given Equation Equi Use Following Information Answer Next Question Iron Oxidizes Presence Water According Given Equation Use Following Information Answer Next Question Given Equation Shows Mond Process Used Purifying Nick Use Following Information Answer Next Question Methane Sulfur React According Given Equation Equilib Use Following Information Answer Next Question Given Chemical Equation Represents Formation Hydrogen Use Following Information Answer Next Question Given Reaction Represents Formation Ammonia Nitrogen Use Following Information Answer Next Question Nitrogen Tetraoxide Nitrogen Dioxide Present Equilibr Use Following Information Answer Next Question Reaction Hydrogen Iodine 6 34 Moles Hydrogen 4 02 Mol Following Sets Reactions Example Amphiprotic Behaviour Ph Value Carbonated Beverage 3 16 Hydrogen Ion Concentration Beverage 25 C Ion Product Constant Water Kw 1 0 10 14 Concentration H Oh Pure Water Ph Value Corresponding 0 050 Hydroxide Ion Concentration H Concentration Ignored Solution Strong Acid Concentration Hydrogen Ions 0 010 Ca Oh 2 Solution 25 C Use Following Information Answer Next Question Base B Dissolved Water Reaction Occurs B H2obh Oh Bas Use Following Information Answer Next Question Diprotic Acid H2a Dissociates According Given Equilib Use Following Information Answer Next Question Reaction Since Values Ka Vary Many Orders Magnitude P Use Following Information Answer Next Question Kw Pure Water 25 C 1 0 10 14 Kw 37 C 2 5 10 14 Sum Ph Use Following Information Answer Next Question Equilibrium Constant Dissociation Pcl5 Give 0 1 Mole Use Following Information Answer Next Question One Half Moles Pcl5 Heated Constant Temperature Close Use Following Information Answer Next Question 700 K Equilibrium Constant Reaction H2 G I2 G 2hi G 5 Use Following Information Answer Next Question Mixture 1 57 Moles N2 1 92 Moles H2 8 13 Moles Nh3 Ke Use Following Information Answer Next Question Reaction Caco3 Cao Co2 G Value Kp 102 3 K 167 Pa R 0 Use Following Information Answer Next Question Dissociation Constant 0 10 Acetic Acid Water 1 8 10 5 Use Following Information Answer Next Question Dissociation Constant Nh3 1 8 10 5 Mol L Water Concen Use Following Information Answer Next Question H Ion Concentration 0 01 Solution Organic Acid 7 08 1 Use Following Information Answer Next Question Sugar Added Saturated Solution Sugar Beaker Room Temp Use Following Information Answer Next Question Hydrogen Iodine Gaseous Forms Enclosed Glass Bulb 500 Reaction Correctly Represents Dissociation Calcium Carbonate Open Vessel Use Following Information Answer Next Question Constant Pressure Pcl5 Decomposes Pcl3 Cl2 Heating Xe Use Following Information Answer Next Question Synthesis Sulfur Trioxide Takes Place Presence Vanadi Ph 0 001 N H2so4 Solution Kafor Ch3cooh 1 8 10 5 25 C Hydrogen Ion Concentration 0 01 N Ch3cooh Solution Auto Ionization Constant Water Particular Temperature 9 55 10 14 Ph Water Temperature Ph 10 8 Weak Acid Solution Ka Value 0 1 Monobasic Acid Ph 4 5 Bronsted Lowry Concept Acids Bases Based Upon Use Following Information Answer Next Question Reaction Hydrochloric Acid Ammonia Written Following Use Following Information Answer Next Question Given Chemical Equation Shows Reaction Acetic Acid Wa Perchloric Acid Reacts Sulfuric Acid Bronsted Lowry Acids Involved Reaction Nature Sodium Bicarbonate Solution Reaction Hcl Nh3 Presence Benzene Substance Acts Base Use Following Information Answer Next Question Given Reaction Takes Place Aqueous Medium Alternative Alternative Correctly Lists Bronsted Lowry Species Reaction Persulfite Phosphate Ions Use Following Information Answer Next Question Acids Substances Donate Protons Bases Accept Protons Use Following Information Answer Next Question Conjugate Base Acetic Acid Strong Conjugate Base Hydr Following Species Amphiprotic Use Following Information Answer Next Question Acid Ionizes Two Steps According Given Equations Diss Following Factors Affect Relative Strength Acids Use Following Information Answer Next Question Trichloroacetate Ions Formic Acid Formed According Gi Use Following Information Answer Next Question Formation Ch3cooh Favoured Following Reaction Weakest Use Following Information Answer Question H2so4 Reacts Water According Given Reaction Given Reaction Use Following Information Answer Next Question Formation Hcn Favoured Given Reaction Strongest Acid Buffer Solution Made Mixing Buffer Solution Able Resist Change Hydronium Hydroxide Ion Concentrations Result Use Following Information Answer Next Question Human Blood Ph Value 7 40 Person Suffering Particular Use Following Information Answer Next Question Mixture Weak Base Conjugate Acid Makes Basic Buffer S Ph Acidic Buffer Mixture Given Use Following Information Answer Next Question Buffer Capacity Buffer Index Number Moles Acid Base M Use Following Information Answer Next Question Buffer Solution Equal Amounts Salt Acid Acid Dissocia Use Following Information Answer Next Question Basic Buffer Solution Prepared Mixing Equal Volumes 0 Following Mixtures Form Buffer Solution Chemical Equilibrium State Chemical Process Following Situations Occur Equilibrium Attained Reversible Reaction Becomes Irreversible Catalyst Added Reversible Reactions Chemical Equilibrium Use Following Information Answer Next Question Given Graph Shows Variations Forward Backward Reactio Use Following Information Answer Next Question System Chemical Equilibrium Disturbed Change Temperat Reversible Reaction Equilibrium Increase Concentration Reactant Hydrogen Ion Concentration Pure Water 10 7 Ph Use Following Information Answer Next Question Sample Cola Obtained Factory Molarity Hydrogen Ions S Use Following Information Answer Next Question Poh Measure Hydroxide Iron Concentration Solution Val Use Following Information Answer Next Question Molarity Hydrogen Ions Two Solutions Given Solution M Ph Value Human Arterial Blood 7 40 Hydrogen Ion Concentration Use Following Information Answer Next Question Every Reaction Involves Acid Base Conjugate Acid Base Number Conjugate Acid Base Pairs Reactionhs H2o H3o S2 Use Following Information Answer Next Question Bicarbonate Hydroxide Ions React According Given Equi Use Following Information Answer Next Question Acetic Acid Reacts Water According Given Chemical Equ Following Ions Compounds Amphiprotic Alternative Appropriately Classifies H2o H2so4 Naoh Acid Base Amphiprotic Use Following Information Answer Next Question Degree Dissociation Acid Measure Capacity Furnish Hyd Use Following Information Answer Next Question Dissociation Constant Acid Ka Specific Characteristic Use Following Information Answer Next Question Formula Used Calculating Hydrogen Ion Concentration A Use Following Information Answer Next Question Following Changes Cause Equilibrium Shift Forward Dir Use Following Information Answer Next Question Following Factors Affect Equilibrium System Use Following Information Answer Next Question Oxidation Sulfur Dioxide Sulfur Trioxide Occurs Condi Use Following Information Answer Next Question Decomposition Copper Nitrate Takes Place Concentratio Formation Products Least Favourable Following Reaction Equilibriums Use Following Information Answer Next Question 1 5 Moles 0 525 Moles Equilibrium According Given Equ Use Following Information Answer Next Question One Mole One Mole Co Taken 10 L Vessel Heated 725 K E Following Substances Ionic Nature Use Following Information Answer Next Question Saturated Solution Silver Chloride Water Prepared Dis Use Following Information Answer Next Question Saturated Solution Silver Chromate Prepared Adding Ex Use Following Information Answer Next Question 0 02 Lead Nitrate Mixed 0 02 Potassium Iodide Solutio Use Following Information Answer Next Question Solutions Silver Nitrate Copper Sulfate Mixed Precipi Solubility Silver Bromide Saturated Solution Temperature Use Following Information Answer Next Question Barium Ions Added 0 02 Caco3 Solution Solubility Prod Following Properties Common Acidic Solutions Use Following Information Answer Next Question Given Equilibrium Reaction Represents Acid Base React Following Solutions Maximum Electrical Conductivity Strong Base Different Weak Base Use Following Information Answer Next Question Self Ionization Water Represented 0 1 Hcl Added Water Temperature Self Ionization Constant Water Maximum Following Equations Gives Correct Relationship Among Ph Expression Following Salt Solutions Neutral Nature Use Following Information Answer Next Question Functioning Indicator Hin Represented Equilibrium Equ Use Following Information Answer Next Question Transition Ph Range Chlorophenol Red Value Chlorophen Following Pairs Chemicals Cannot Used Buffer Use Following Information Answer Next Question Closed Reaction Systems Shown Given Figure Given Flas Use Following Information Answer Next Question Carbon Monoxide Hydrogen React Form Methane Water Acc Use Following Information Answer Next Question Carbon Monoxide Formed Carbon Dioxide Reacts Carbon R Use Following Information Answer Next Question Added Given System Equilibrium Effect Addition Ofon R Following Equilibriums Likely Favour Formation Products Use Following Information Answer Next Question Certain Conditions Temperature Pressure Value Given E Use Following Information Answer Next Question Reaction Betweenand I2 Certain Temperature Amounts H2 Use Following Information Answer Next Question Value K 4 24 Given Reaction Co H2o Present Initially Use Following Information Answer Next Question Given Equation Represents Solubility Equilibrium Caf2 Equal Volumes Combined Following Cations Used Separating Ions Precipitation Solution Known Contain Good Amount Ions Following Anions Precipitate Solution Expression Ferric Hydroxide Following Compounds Least Soluble Use Following Information Answer Next Question 0 03 Mole Ions Added Litre 0 01 Solution Value Solubi Maximumthat Exist Solution Ofis Addition Aniline Water Yield Species Conjugate Base Following Solutions Least Electrical Conductivity Use Following Information Answer Next Question Given Equilibrium Reaction Favours Formation Products Following Solutions Highest Concentration Use Following Information Answer Next Question Self Ionization Water Represented Ionization Water En Ph Baking Soda Thein Solution Whose Ph 2 0 Thein Ionization Constant Acetic Acid Value Use Following Information Answer Question Hydrolysis Kcn Solution Becomes Happens Acid Produced Reac Use Following Information Answer Next Question Given Equilibrium Represents Colour Change Acid Base Use Following Information Answer Next Question Given Equilibrium Reaction Represents Reaction Acetic Use Following Information Answer Next Question Given Equilibrium Reaction Represents Reaction Acetic Following Statements Correct Respect Saturated Solution Calcium Phosphate Unit Solubility Substance Aqueous Solution Use Following Information Answer Next Question Given Equilibrium Obtained Baso4 Added Water Followin 10 0 G Dissolved 100 0 Ml Water Form Solution According Solubility Data Chart Following Compounds Highly Soluble Compound Exhibits Highest Solubility Water Use Following Information Answer Next Question Equal Number Moles Added Four Different 10 0 Ml Sampl Following Solutions Result Precipitation Mixed Precipitation Ions Used Separating Mixture Solubility Ofin Solution Less Solubility Pure Water Nacl Added Saturated Solution Agcl Water Effect Addition Ofto Solution Gas Passed Solution Cations Containing Following Ions Form Precipitate Following Statements Correct Respect Saturated Solution Calcium Phosphate Expression Describes Ksp Salt Mercurous Chloride Expression Describes Solubility Product Calcium Phosphate Use Following Information Answer Next Question Experimentally Found Mol Lead Ii Iodide Dissolves 1 L Solubility Product Calcium Fluoride Solubility Grams Per Litre Caf2 Water Use Following Information Answer Next Question Concentration Calcium Ions Blood Plasma 0 0025 Oxalat Use Following Information Answer Next Question Two Salt Solutions Mixed Value Trial Ksp Found Ksp Fo Use Following Information Answer Next Question Saturated Solution Silver Chromate 298 K Equal Value Solubility Product Agcl Water Solubility Mol L 1 Agcl 0 01 Nacl Aqueous Solution Use Following Information Answer Next Question Water Added Given Reaction Equilibrium Forward Reacti Use Following Information Answer Next Question Pcl5 Decomposes Form Pcl3 Cl2 Gas According Given Rea Use Following Information Answer Next Question Two Experiments Performed Involving Given Equilibrium Use Following Information Answer Next Question Given System Equilibrium Addition Extra H2o Shift Equ Use Following Information Answer Next Question Given Equilibrium Observed Reaction Sulfur Dioxide Ox Use Following Information Answer Next Question Given System Equilibrium Time T1 Temperature System C Use Following Information Answer Next Question Methane Formed Reaction Carbon Monoxide Hydrogen Reac Use Following Information Answer Next Question Temperature Endothermic Reaction Initially Equilibriu Use Following Information Answer Next Question Given Equilibrium Represents Formation Hydrogen Iodid Use Following Information Answer Next Question Given Equation Represents Formation Nh3 Ammonia Prese Following Graphs Represents Concentration Reactants Products System Equilibrium Use Following Information Answer Next Question Quick Lime Prepared Heating Source Calcium Carbonate Use Following Information Answer Next Question 50 L Reaction Vessel Contains 1 0 Mol N2 3 0 Mol H2 0 Use Following Information Answer Next Question Reaction Hydrogen Iodine Yields Hydrogen Iodide Value Use Following Information Answer Next Question Equilibrium Formation Methane Use Carbon Monoxide Hyd Use Following Information Answer Next Question Given Equilibrium Established 5 0 L Vessel 485 C Amou Use Following Information Answer Next Question Mixture 0 10 0 050 H2 0 10 H2o Allowed Reach Equilibr Use Following Information Answer Next Question Given System 0 190 8 Moles Co2 0 090 8 Moles H2 0 009 Use Following Information Answer Next Question Pressure Given System Equilibrium Increased Following Use Following Information Answer Next Question Container Initially Filled Co H2o Time Given Equilibr Use Following Information Answer Question Quantity Co2 Carbon Co Placed 1 0 L Container Equilibrium Following Properties Common Arrhenius Bases Following Reactions Represents Reaction Acetic Acid Water Use Following Information Answer Next Question Given Equation Example Bronsted Lowry Acid Base React Use Following Information Answer Next Question Reaction Acetic Acid Water Represented Given Equilibr Following Solutions Highest Electrical Conductivity Following Statements Describes Weak Base Among Given Chemicals Strongest Acid Following Statements True 0 01 Solution Following Species Largest Ka Value Equimolar Aqueous Solutions Following Acids Highest Presence Following Species Water Highest Tendency Act Acid Use Following Information Answer Next Question Self Ionization Water Represented Following Expressio Following Statements True Neutral Solutions Concentration Ions 0 02 Solution Naoh 25 C Value Pkw 25 C Ph Solution 10 4 Thein Solution Following Properties Common Bronsted Lowry Acids Base Dissociation Constant Kb Nh3 Use Following Information Answer Next Question Given Table Lists Acids Respective Ionization Constan Following Values Kb Base Dissociation Constant Represents Weakest Base Use Following Information Answer Next Question Ka Acetic Acid Ionization Constant Kw Water Kb Ch3coo Following Salts Acidic Nature Following Statements True Na2co3 Following Salts Amphiprotic Following Statements Ph Indicator True Use Following Information Answer Next Question Functioning Phenolphthalein Ph Indicator Explained Us Use Following Information Answer Next Question Functioning Thymol Blue Ph Indicator Explained Using Ph Transition Point Indicator Whose Acid Dissociation Constant Ka 1 10 12 Use Following Information Answer Next Question 1 Naoh Solution Added Indicator Colour Indicator Chan Use Following Information Answer Next Question Approximate Ph Range Thymol Blue Changes Colour 1 2 2 Following Titration Curves Represents Variation Ph Strong Base Added Strong Acid Term Used Describing Chemical Used Determining Accurate Concentration Solutions Means Titration Ph Solution Formed Combination 20 0 Ml 0 10 Mand 25 0 Ml 0 10 Hcl Use Following Information Answer Next Question Solution Prepared Mixing 25 Ml 1 15 Ml 1 Ph Resulting Small Amount Strong Base Added Acidic Buffer T1 Graph Describes Effect Addition Strong Base Ph Acidi Happens Ph Basic Buffer Solution Small Amount Strong Base Added Following Pairs Chemicals Used Making Acidic Buffer Use Following Information Answer Next Question Buffer Solution Prepared Mixing Carbonic Acid Salt Fo Use Following Information Answer Next Question Buffer Prepared Mixing Ammonium Hydroxide Salt Follow Use Following Information Answer Next Question Saturated Solution Prepared Adding 0 35 Silver Sulfat Use Following Information Answer Next Question Saturated Solution Pbi2 Prepared Equilibrium Solution Following Cations Could Used Prepare Solution Greater 0 1 Following Substances Least Likely Toform Precipitate Mixed 0 35 Following Groups Comprises Salts Soluble Water Use Following Information Answer Next Question Equilibrium System Given Alternative Matches Effect E Given Many Moles Present 400 Ml Saturated Solution Following Compounds Least Soluble Water Use Following Information Answer Next Question Following Table Lists Data Collected Student Trying D Total Ion Concentration 1 L Solution Containing 0 5 Moles Use Following Information Answer Next Question Concentration Sulfide Ions 0 1 Solution Saturated Hyd Following Anions Would Effective Removing Cations Responsible Hardness Water Expression Silver Chromate Use Following Information Answer Next Question Upon Analysis Saturated Solution Sparingly Soluble Le Given Solubility Product Caco3 5x10 9 Mol2l 2 Solubility 25 C Following Anions Would Effective Removing Ions Sample Polluted Water Use Following Information Answer Next Question Hydrogen Sulfide Dissociates Condition Produce Highes Use Following Information Answer Next Question Formation Carbon Monoxide Represented Given Reaction Use Following Information Answer Next Question Solution Potassium Sulfocyanide Added Solution Ferric Use Following Information Answer Next Question Value Equilibrium Constant Given Reaction Isat 24 C N Use Following Information Answer Next Question 491 C 8 0 L Reaction Vessel Contains 0 65 Mol 0 275 M Use Following Information Answer Next Question Small Amount Added Given Equilibrium System Theand Fo Use Following Information Answer Next Question Conversion Ethylene Ethane Represented Happen Tempera Use Following Information Answer Next Question Methanol Industrially Prepared According Given Reacti Use Following Information Answer Next Question Equilibrium Given Given Reaction Equilibrium Rate Bac Use Following Information Answer Next Question 25 C Equilibrium Constant Keq Reaction Equal 4 0 1013 Use Following Information Answer Next Question Given Reaction Shows Formation Carbon Monoxide Carbon Use Following Information Answer Next Question Mond Process Nickel Purification Formation Takes Plac Use Following Information Answer Next Question Methanol Commercially Produced According Given Reacti Following Solutes Form Solution Highest Conductivity Given Substance Tendency Accept Protons Following Statements Holds True Bases Lowest Electrical Conductivity Exhibited 0 2 Solution Following Chemicals Use Following Information Answer Next Question Products Favoured Given Equilibrium Reaction Given Re Following Equations Always Hold True Aqueous Solution Acid Following Relations Ionic Product Constant Water True Use Following Information Answer Next Question Sulfuric Acid Ionises Water Equilibrium Expression Di Water Ion Act Following Solutions Form Buffer Ph Range Methyl Orange 3 2 4 4 Approximate Value Ph Transition Point Methyl Orange Use Following Information Answer Next Question Titration Carbonic Acid Naoh Performed Using Indicato Use Following Information Answer Next Question Buffer Solution Equilibrium According Given Equation Use Following Information Answer Next Question Given Equilibrium Bronsted Lowry Bases Following Solutions Highest Electrical Conductivity Use Following Information Answer Next Question Row Species Ii Iii Iv Among Given Species Amphiprotic Use Following Information Answer Next Question Small Amount Naoh Added Pure Water 298 K Effect Addit Ph 0 02 N Hcl Solution Use Following Information Answer Next Question Dissolved Water Hclo4 Gives Clo4 H3o Shown Given Equa Value Offor Following Amphiprotic Ions Predominantly Act Acid Aqueous Solution Thevalue Indicator Ph Indicator Transition Point Value Offor Bromocresol Green Use Following Information Answer Next Question Substances Used Detecting Acid Base Titration Called Use Following Information Answer Next Question Small Amount Strong Base Added Acidic Buffer Solution Use Following Information Answer Next Question Ph Rainwater 5 6 Samples Rainwater Collected Four Dif Use Following Information Answer Next Question Knowledge Solubility Product Sparingly Soluble Substa Use Following Information Answer Next Question Hydrogen Sulphide Weak Acid Low Dissociation Suppress Use Following Information Answer Next Question 1m N2 Reacts 3m H2 According Following Reaction N2 G Use Following Information Answer Next Question Hydrogen Iodine Kept Closed Vessel Maintained 717 K H Use Following Information Answer Next Question Bosch Process Used Preparing Hydrogen Water Gas Steam Use Following Information Answer Next Question Contact Process Used Preparing Sulfur Trioxide Sulfur Use Following Information Answer Next Question Nitrogen Oxygen Combine Give Nitric Oxide Following M Use Following Information Answer Next Question Conversion Ice Water Endothermic Process Ice Heat Wat Use Following Information Answer Next Question Pale Yellow Solution Ferric Nitrate Added Colourless Law Explain Fact Clothes Dry Quicker Breeze Use Following Information Answer Next Question Oxygen Inhale Combines Haemoglobin Form Oxyhaemoglobi Use Following Information Answer Next Question Medical Industry Interaction Surface Biomedical Mater Change Temperature Alters State Equilibrium Systems Use Following Information Answer Next Question Nitric Oxide Acts Catalyst Ozone Reduction Reacts Ozo Use Following Information Answer Next Question Ionic Solids Classified Soluble Solids Slightly Solub Solubility Product Equilibrium Constant Solubility Equilibrium Solubility Pbcl2 298 K 2 10 2 Moll 1 Solubility Product Solubility Product Manganese Sulfide 298 K 3 10 4 M2 Solubility Use Following Information Answer Next Question Nickel Hydroxide Ni Oh 2 Used Batteries Pigment Appli Use Following Information Answer Next Question Copper Chloride Ionic Compound Insoluble Water Solubi Use Following Information Answer Next Question Solution Nabr Completely Dissociates Give Na Br Ions 298 K Solubility Product Cr Oh 3 6 3 10 31 M4 Solubility 298 K Solubility Cucl 1 26 10 3 Moll 1 Solubility Product Cucl 298 K Solubility Product Cobalt Carbonate Coco3 1 4 10 13 M2 Expressed Gl 1 Solubility Solubility Product Gold Iii Chloride 3 2 10 25 M4 298 K Minimum Volume Water Required Dissolve 5 G G Equal Volumes 0 02 Bacl2 0 02 Na2so4 Mixed Together Precipitation Occur Solubility Product Baso4 Use Following Information Answer Next Question Reaction 2b Takes Place 5 Litre Flask Degree Dissocia Amount Ammonium Chloride Added 250 Ml 0 4m Ammonium Hydroxide Solution Order Obtain Buffer Solution Following Species Amphoteric Nature Ionisation Constant H2o 1 10 14 Mol2 Litre 2 Ph 0 01 Naoh Solution Hydrogen Sulphide Dissociates Heat 2h2s G 2h2 G S2g Gibb Free Energy Change Reaction 33 4 Kj Mol 300 0 5m Acetic Acid Neutralized 1 5l 0 5m Sodium Hydroxide Solution Resulting Solution Slightly Alkalin Acid X Ka 3 2 10 7 Mixed 0 1 Moles Salt Prepare Acid Buffer Ph 5 Number Moles X Added 20 Ml 0 02 Agcl Mixed 40 Ml 0 05 K2cro4 Ksp Ag2cro4 Choose Correct Option Two Solution Solution 50 Ml 0 1 Nh4oh Mixed 50 Ml 0 1 Hcl Solution B 100 Ml 0 1 Ch3cooh Mixed 100 Ml Reaction G 2b G Kc Partial Pressure B Equilibrium 1 758 273k Partial Pressure Following Substances Cannot Act Bronsted Acids Bases Use Following Information Answer Next Question Given Table Lists Substances Hydronium Ion Concentrat Use Following Information Answer Next Question 0 0015 Solution Aniline C6h5nh2 Ph 9 84 Water Base Io Use Following Information Answer Next Question Base Ionization Constant Ammonia 278 K 1 77 10 5 0 00 Following Pairs Example Basic Salt Solutions Use Following Information Answer Next Question Solubility Product Constant Fes Pbbr2 6 3 10 18 4 0 1 Increasing Order Acid Strength Following Acids Polybasic Acid Use Following Information Answer Next Question Given Temperature Equilibrium Constants Four Differen Use Following Information Answer Question Values Given Time Four Reactions Given Following Reactions Use Following Information Answer Next Question Equilibrium Attained Concentration H2 Increased Given Use Following Information Answer Next Question Kc Equilibrium Constants Given Two Reactions Ii Respe Use Following Information Answer Next Question Decomposition Hydrogen Iodide Takes Place According G Case Solids Liquids Equilibrium Effect Pressure Change Neglected Following Green House Gas Following Statements Incorrect Following Solutions Ph Value 7 Use Following Information Answer Question Rakesh Potentiometric Titration Solution Calculated Concen Concentration Hydrogen Ions Solution Ph 5 Define Buffer Solution Mean Dynamic Equilibrium Define Degree Hydrolysis Write Factors Affecting Equilibrium Extent Reaction Predicted Basis Value Equilibrium Constant Classify Following Compounds Lewis Acid Bases Write Conjugated Acids Bases Following Species H2o Nh3 Mean Acidity Base Write Relation Kp Kc Formation Co2 Conjugated Acid Base Pairs Mean Ionic Product Water Explain Limitations Arrhenius Theory Acids Bases Explain Common Ion Effect Relation Chemical Equilibria Dynamic Equilibria 1 Calculate Ph 0 45 Molar Solution Hcl 2 Concentration Oh Ion Solution Ph 8 6 Explain Le Chatelier Principle Examples Also Explain Effect Various Factors Equilibrium Using Princi Calculate Degree Dissociation Hf 0 02m Solution Ionisation Constant 4 2 10 4 Explain Following Solubility Gas Decreases Increase Temperature B Law Chemical Equilibrium Equilibri Solubility Solubility Product Copper Hydroxide 2 6 10 12 Explain Arrhenius Concept B Bronsted Lowry Concept C Lewis Concept Solubility Product Solubility Mol L 1 Agcl Ksp 1 0 10 10 0 1 Kcl Solution 8 Mol Ab3 G Introduced 1 0 Dm3 Vessel Dissociates 2ab3 G A2 G 3b2 G Equilibrium 2 Mol A2 Found Prese Assertion Sulphate Estimated Baso4 Mgso4 Reason Ionic Radius Mg2 Smaller Ba2 Following Statements Ju Degree Dissociation 0 4 400 K 1 0 Atm Gaseous Reaction Pci5 Pci3 Ci2 Assuming Ideal Behaviour Gases One Mole O2 G Two Moles So2 G Heated Closed Vessel One Litre Capacity 1098 K Equilibrium 1 6 Moles S Following Weak Electrolytic Salt Following Electrolytes Allow Bulb Glow Brightly Following Electrolytes Dissociate Almost Completely Fused State Following Solutions Electrolyte Contains Ions Well Molecules Following Electrolytes Value Degree Dissociation Less 1 Reaction Co G H2o G Co2 G H2 G Effect Equilibrium Noble Gas Added Reaction Mixture Constant Pressure Value Kc 3 Equilibria Assertion Ph Water Increases Temperature Reason Kw Water Decreases Temperature Assertion Dissociation Reaction Pcl5 Chlorine Gas Escapes Reaction Driven Backward Reason Reaction T Write Law Mass Action Expression Equilibrium 3 1000 K Value Equilibrium Constant Kp 3 Equilibria Temperature Lowered 800 K Partial Pressure No2 G Increase Decrease Direction Equilibrium Shift Concentration No2 N2o 1m Understand Spontaneity Reaction Spontaneity Given Reaction Ascertained Knowing Value H System Values Give Relationship Kp Kc Following Reaction H2 G I2 G 2hi G B Rate Exothermic Reaction Decreases Temp Mean Reaction Quotient B Happen Following Reaction Pressure Increased Ch4 G H2o G Co G 3h2 G Know Relationship Kc Kp Kp Kc Rt N Would Value N Reaction I2 G Cl2 G 2icl G Ab2 Dissociates Ab2 G Ab G B G Initial Pressure Ab2 300 Mm Hg Total Pressure Developed 400 Mm Hg Kp Following Conjugate Bases Basic Ph 0 20 Solution Nh4cl Dissociation Constant Nh3 1 8 10 5 Following Question Statement Assertion Followed Statement Reason Choose Correct Answer Following Cho Solubility Product Cd Oh 2 2 5 10 14 Calculate Solubility Gl 1 Atomic Mass Cd 112 U Following Factors Shift Following Reaction Backward Direction Pcl5 G Pcl3 G Cl2 G