Genius Jnr - Make an oblique sketch for each one of the given isometric shapes:

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Make an oblique sketch for each one of the given isometric shapes:

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Check Whether Value Given Brackets Solution Given Equation N 5 19 N 1 B 7n 5 19 N 2 C 7n 5 19 N 2 4p Conducting Sphere Radius 1 Surface Charge Density 2 C M2 Determine Charge Sphere Electric Flux Comin Three Cubes 2 Cm Edge Placed Side Side Form Cuboid Sketch Oblique Isometric Sketch Cuboid Two Angles Larger Measure Estimate Confirm Measuring Make Oblique Sketch One Given Isometric Shapes Radially Outward Electric Field Region Given E 100 R V M2 Determine Charge Contained Sphere Radius 0 Work Done Body Application Constant Force Directly Proportional Distance Travelled Body Express Form Experiment Oil Drop Held Stationary Constant Electric Field 4 104 N C Oil Drop 16 Extra Electrons De Give Oblique Sketch Ii Isometric Sketch Following Cuboid Dimensions 5 Cm 3 Cm 2 Cm Sketch Unique B C Countries Like Usa Canada Temperature Measured Fahrenheit Whereas Countries Like India Measured Cels Find Measure Angle Shown Figure First Estimate Eyes Find Actual Measure Protractor Give Geometric Representation 3 Equation One Variable Ii Two Variables Write Equations Following Statements Sum Numbers X 4 9 Ii 2 Subtracted 8 Iii Ten Times 70 Iv Number Electric Dipole Constituted Proton Electron Separated Distance 10 Angstrom Dipole Placed Electric Fi Electric Dipole Placed Uniform Electric Field Strength 106 N C Experiences Maximum Torque 2 10 3 Nm Two Equal Opposite Charges Magnitude 1 C Placed 1 Cm Apart Determine Ratio Electric Fields Distance Figure Said Regular Sides Equal Length Angles Equal Measure Identify Regular Quadrilateral Given Xyz Xy Produced Point P Draw Figure Given Information Ray Yq Bisects Zyp Find Xyq Reflex Qyp Ages Hari Harry Ratio 5 7 Four Years Ratio Ages 3 4 Find Present Ages Given Figures 1 2 3 4 5 6 7 8 Classify Basis Following Simple Curve B Simple Closed Curve C Polygon Travelling Harmonic Wave String Described Displacement Velocity Oscillation Point X 1 Cm 1 Velocity Narrow Sound Pulse Example Short Pip Whistle Sent Across Medium Pulse Definite Frequency Ii Waveleng Sonar System Fixed Submarine Operates Frequency 40 0 Khz Enemy Submarine Moves Towards Sonar Speed 3 Earthquakes Generate Sound Waves Inside Earth Unlike Gas Earth Experience Transverse Longitudinal P Bat Flitting Cave Navigating Via Ultrasonic Beeps Assume Sound Emission Frequency Bat 40 Khz One Fas Find Equation Circle Centre 0 2 Radius 2 Find Equation Circle Centre 2 3 Radius 4 Find Equation Circle Centreand Radius Find Equation Circle Centre B Radius Find Centre Radius Circle X 5 2 3 2 36 Find Centre Radius Circle X2 Y2 4x 8y 45 0 Find Centre Radius Circle 2x2 2y2 X 0 Describe Sample Space Indicated Experiment Die Thrown Two Times Describe Sample Space Indicated Experiment Coin Tossed Four Times Describe Sample Space Indicated Experiment Coin Tossed Die Thrown Describe Sample Space Indicated Experiment Coin Tossed Die Rolled Case Head Shown Coin 2 Boys 2 Girls Room X 1 Boy 3 Girls Room Specify Sample Space Experiment Room Selected Person One Die Red Colour One White Colour One Blue Colour Placed Bag One Die Selected Random Rolled Colour Two Parallel Plates Charges Q1 Q2 Areas N Respectively Calculate Charge Distribution Outer Surface P Drain Cleaner Drainex Contains Small Bits Aluminum React Caustic Soda Produce Dihydrogen Volume Dihy Pressure Exerted Mixture 3 2 G Methane 4 4 G Carbon Dioxide Contained 9 Dm3 Flask 27 C Pressure Gaseous Mixture 0 5 L H2 0 8 Bar 2 0 L Dioxygen 0 7 Bar Introduced 1l Vessel 27 C Density Gas Found 5 46 G Dm3 27 C 2 Bar Pressure Density Stp 34 05 Ml Phosphorus Vapour Weighs 0 0625 G 546 C 0 1 Bar Pressure Molar Mass Phosphorus Student Forgot Add Reaction Mixture Round Bottomed Flask 27 C Instead Placed Flask Flame Lapse Time Calculate Temperature 4 0 Mol Gas Occupying 5 Dm3 3 32 Bar R 0 083 Bar Dm3 K 1 Mol 1 Calculate Total Number Electrons Present 1 4 G Dinitrogen Gas Much Time Would Take Distribute One Avogadro Number Wheat Grains 1010 Grains Distributed Second Calculate Total Pressure Mixture 8 G Dioxygen 4 G Dihydrogen Confined Vessel 1 Dm3 27 C R 0 083 Bar Pay Load Defined Difference Mass Displaced Air Mass Balloon Calculate Pay Load Balloon Radius 10 Mas Calculate Volume Occupied 8 8 G Co2 31 1 C 1 Bar Pressure R 0 083 Bar L K 1 Mol 1 2 9 G Gas 95 C Occupied Volume 0 184 G Dihydrogen 17 C Pressure Molar Mass Gas Consider System Consists Two Rings Charge Placed Center One Charge Moved Center Another Disk Charge Would Si Unit Quantity Pv2t 2 N Terms Charles Law Explain 273 C Lowest Possible Temperature Critical Temperature Carbon Dioxide Methane 31 1 C 81 9 C Respectively Stronger Intermolecular Force Explain Physical Significance Van Der Waals Parameters Assign Oxidation Numbers Underlined Elements Following Species Nah2po4 B Nahso4 C H4p2o7 K2mno4 E Ca Ring Radius 0 1 Made Thin Metallic Wire Area Cross Section Ring Uniform Charge Coulomb Find Change R Justify Following Reactions Redox Reactions Cuo H2 G Cu H2o G B Fe2o3 3co G 2fe 3co2 G C 4bcl3 G 3li Fluorine Reacts Ice Results Change H2o F2 G Hf G Hof G Justify Reaction Redox Reaction Calculate Oxidation Number Sulphur Chromium Nitrogen H2so5 Suggest Structure Compounds Count Fallacy Write Formulae Following Compounds Mercury Ii Chloride B Nickel Ii Sulphate C Tin Iv Oxide Thallium Suggest List Substances Carbon Exhibit Oxidation States 4 4 Nitrogen 3 5 Sulphur Dioxide Hydrogen Peroxide Act Oxidising Well Reducing Agents Reactions Ozone Nitric Acid Act Consider Reactions 6 Co2 G 6h2o L C6 H12 O6 Aq 6o2 G B O3 G H2o2 L H2o L 2o2 G Appropriate Write Rea Compound Agf2 Unstable Compound However Formed Compound Acts Strong Oxidizing Agent Whenever Reaction Oxidising Agent Reducing Agent Carried Compound Lower Oxidation State Formed Reduc Count Following Observations Though Alkaline Potassium Permanganate Acidic Potassium Permanganate Us Identify Substance Oxidised Reduced Oxidising Agent Reducing Agent Following Reactions 2agbr C6h6o2 Consider Reactions Aq I2 Aq 2i Aq Aq 2br2 L 5 H2o L Aq 4br Aq 10h Aq Reductant Thiosulphate React Di Justify Giving Reactions Among Halogens Fluorine Best Oxidant Among Hydrohalic Compounds Hydroiodic Following Reaction Occur Aq 2f Aq 6h Aq Xeo3 G F2 G 3h2o L Conclusion Compound Na4xeo6 Part Drawn Re Consider Reactions H3po2 Aq 4 Agno3 Aq 2 H2o L H3po4 Aq 4ag 4hno3 Aq B H3po2 Aq 2cuso4 Aq 2 H2o L H3 Balance Following Redox Reactions Ion Electron Method Aq Aq Mno2 I2 Basic Medium B Aq So2 G Mn2 Aq A Balance Following Equations Basic Medium Ion Electron Method Oxidation Number Methods Identify Oxidi Sorts Informations Draw Following Reaction Mn3 Ion Unstable Solution Undergoes Disproportionation Give Mn2 Mno2 H Ion Write Balanced Ionic Equa Consider Elements Cs Ne F Identify Element Exhibits Negative Oxidation State B Identify Element Exhi Chlorine Used Purify Drinking Water Excess Chlorine Harmful Excess Chlorine Removed Treating Sulphur Invertible Matrix Order 2 Det 1 Equal Det B C 1 0 Evaluate Object Size 3 0 Cm Placed 14 Cm Front Concave Lens Focal Length 21 Cm Describe Image Produced Lens H Give Account Weather Conditions Characteristics Cold Season Multiple Choice Questions One Following Type Resource Iron Ore Renewable B Biotic C Flow Non Renewab Write Answers Following Questions 120 Words Integrated Steel Plants Different Mini Steel Plants Prob Choose Appropriate Answer Shg Decisions Regarding Savings Loan Activities Taken Bank B Members C Non Strengths Weaknesses Participant Observation Method Average Product Input Electric Dipole Placed Non Uniform Electric Field Dipole Experiences Enclosed Surface Values Electric Flux Entering Leaving Surface 2 3 Respectively Electric Charge Insi Force Two Charged Particles 9 6 N Force Particles Changes 19 2 N Immersed Oil Dielectric Constant Oi Charged Particle Q Placed Center Sphere Radius R Another Similar Charge Q Placed Distance L Electric Ltd Issued 10 000 10 Debentures Rs 100 Premium 5 Payable Follows Rs 10 Application Rs 20 Along Premi Ammeter Reads Current 2 Internal Resistance 0 70 Increase Range 4 Value Shunt Required Electrochemical Equivalent Metal 5 10 10 7 Kg C Mass Metal Deposited Cathode 2 Current Passed 3 Seco Define Electric Dipole Moment Write Unit Plot Graph Showing Variation Coulomb Force F Versus R Distance Two Charges Pair Charges 1 C 2 C 2 C Thin Straight Infinitely Long Conducting Wire Charge Density Enclosed Cylindrical Surface Radius R L Three Identical Charges Placed Three Four Corners Square Shown Figure Direction Electric Field Corne Consider Following Figure Q1 2 C Q2 4 C Q3 5 C Q K C Electric Flux Closed Surface 3 Times Find Value Use Following Information Answer Next Question Spherical Conducting Shell Radius R Surface Charge De Use Following Information Answer Next Question Two Small Spheres Carrying Charges 4 C 12 C Separated Use Following Information Answer Next Question Corner Regular Hexagon Side L Six Equal Charges Q Pla Two Identical Metallic Spheres Separated 0 5 Charged Attract Force 10 8 N Connected Copper Wire Begi Finite Sheet 0 X 1 0 1 Z 0 Plane Charge Density Given Find Total Charge Sheet Electric Field Region Radially Outward Varies Distance E 500r2 Vm 1 Charge Contained Sphere Radius 5 Two Identical Conducting Balls Charge Q Hang Peg Ceiling Non Conducting Threads Length L Find Distan Use Following Information Answer Next Question Point P Distance R R Axis Cylinder Volume Charge Dens Use Following Information Answer Next Question Two Equal Charges Q Placed Vertices B Square Abcd Sho Point P Distance R R Axis Cylinder Shown Volume Charge Density Radius Cylinder R Respectively Electr Two Equal Charges Q Placed Two Diagonally Opposite Vertices B Square Abcd Side Square Length Charge Two Free Charge 4q Q Placed Distance Apart Third Charge Q Placed Entire System Equilibrium Ratio Charging Soap Bubble Volume Changes Electric Field Region Given Flux Passing Area 2 M2 Xz Plane Charged Particle Moving Action Electric Field Given E K1x K2x2 K1 K2 Positive Constants Also K1 K2 1 Rectangular Box Cut Diagonally Form Two Identical Wedges One Wedge Placed Uniform Electric Field Mag Use Following Information Answer Next Question Given Figure Shows Distribution Charges Two Similar S Use Following Information Answer Next Question Proton Fired Towards Positively Charged Plate Located Use Following Information Answer Next Question Three Charges Q1 6 C Q2 8 C Q3 9 C Placed Along Strai Use Following Information Answer Next Question Two Charged Balls Suspended Hinge Two Threads Equal L Use Following Information Answer Next Question Bob Pendulum Mass 100 G Equilibrium Horizontal Unifor Use Following Information Answer Next Question Three Charges Placed Vertices Equilateral Triangle Si Use Following Information Answer Next Question Positive Charge Q Placed Centre Cube Side Cube 0 2 El Use Following Information Answer Next Question Electric Field Intensity Point P Distance 0 30 Centre Use Following Information Answer Next Question Rod Carries Negative Charge Magnitude 2 4 10 8 C Leng Use Following Information Answer Next Question Electric Field Intensity Vector Region Space Given El Use Following Information Answer Next Question Electron Accelerated 30 Kv Cathode Ray Oscilloscope E Use Following Information Answer Next Question Charge Experiences Force 32 N Placed Certain Distance Force Electron Alpha Particle Separated Distance 2 Use Following Information Answer Next Question Two Charges 2 C 8 C Placed 0 1 Apart Another Charge P Use Following Information Answer Next Question Two Charged Particles Located Distance 1 5 Force Attr Use Following Information Answer Next Question Two Positively Charged Particles Carrying Charge 3 6 Use Following Information Answer Next Question Two Charges Amount 5 C 5 C Located 0 05 Cm Apart Form Use Following Information Answer Next Question Electric Dipole Moment 7 2 10 8 C Placed Uniform Elec Use Following Information Answer Next Question Four Charges Q 2q 3q 4q Located Vertices Square Side Evaluate 40963 Evaluate 92613 Mark Correct Answer Following Numbers Perfect Square 529 B 961 C 1024 1222 Tick Correct Answer Following Numbers Perfect Square 7056 B 3969 C 5478 4624 Find Product 3x 2y 4 X 2 Find Product X2 5x 8 X2 2 Subtract 5y4 3y3 2y2 1 4y4 2y3 6y2 5 Add 6p 4q R 3 2r 5p 6 11q 7p 2r 1 2q 3r 4 Sum Digits 2 Digit Number 6 Number Obtained Interchanging Digits 18 Original Number Find Original Nu Find Possible Values 4 Digit Number 64y3 Divisible 9 Also Find Numbers Two Conducting Spheres Contain Charges Q1 Q2 Small Charge Removed Charge Q1 Transferred Charge Q2 To Cube Side Placed Xz Plane Represented Given Figure Electric Field Vector Given Net Flux Linked Cube Two Charged Balls Similar Nature Also Attract Comment Body Charged Mass Gets Changed Negligibly Comment Hemispherical Body Placed Uniform Electric Field E Represented Given Figure Flux Linked Curved Surfa Distance Two Electric Charges Doubled Much Force Exerting Changes Thin Conducting Spherical Shell Radius R Charge Q Spread Uniformly Surface Using Gauss Law Derive Ex State Gauss Theorem Electrostatics Using Theorem Derive Expression Electric Field Intensity Points O State Gauss Theorem Electrostatics Using Theorem Derive Expression Electric Field Intensity Due Infi Electric Dipole Dipole Moment 20 10 6 Cm Enclosed Closed Surface Net Flux Coming Surface Define Electric Line Force Give Two Important Properties Electric Field Inside Dielectric Decrease Placed External Electric Field B Parallel Plate Capacitor Name Physical Quantity Whose Si Unit Newton Coulomb Electric Flux Write Units Using Gauss Theorem Deduce Expression Electric Field Point Due Uniformly C Electric Field E Due Point Charge Point Near Defined Q Test Charge F Force Acting Physical Significa Force Acting Two Point Electric Charges Q1 Q2 Kept Distance Apart Air Attractive Repulsive Q1q2 0 Ii Spherical Gaussian Surface Encloses Charge 8 85 10 10c Calculate Electric Flux Passing Surface Ii Wo Derive Expression Energy Stored Parallel Plate Capacitor Charging Parallel Plate Capacitor Potential Figure Shows Three Point Charges 2q Q 3q Two Charges 2q Q Enclosed Within Surface Electric Flux Due State Gauss Law Electrostatics Using Law Derive Expression Electric Field Due Uniformly Charged Infi State Gauss Law Electrostatics Use Law Derive Expression Electric Field Due Infinitely Long Straight State Gauss Theorem Electrostatics Using Theorem Derive Expression Electric Field Intensity Due Infi Define Term Dielectric Constant Medium 1 State Gauss Theorem Electrostatics Using Deduce Expression Electric Field Intensity Point Near Thin Electric Field Conservative Force Give Reasons Answer Describe Electric Field Lines Uniform Positive Line Charge Electric Field Exists Region Given Equation Electric Flux Area Lies Xy Plane Dipole Electric Dipole Moment Defined Uniform Electric Field Exists Region Shown Region Cone Placed Axis Perpendicular Direction Electric Thin Long Straight Wire Linear Charge Density Derive Expression Electric Field Distance R Wire Show Electric Dipole Kept Angle Direction Uniform Electric Field Experiences Zero Net Force B Derive Bob Mass Charge Q Set Oscillation Time Period Recorded Followed Equation Uniform Electric Field E Ap Q Amount Positive Charge Spreadout Evenly Throughout Volume Conducting Sphere Shown Figure Charges B Electronic Charge 2 3 10 17 C Instead 1 6 10 19 C According Definition Electron Volt Value 1 Ev Body Given Charge 5 8 10 18 C Infinite Non Conducting Sheet Charge Density Far Apart Equipotential Surfaces Differ 50 V Given Figure Shows Two Protons One Electron Draw Directions Electrostatic Force Central Proton Due E Electrostatic Force Electron Proton Separated Distance 0 4 10 15 Electrostatic Shielding Isolated Conductor Arbitrary Shape Cavity Inside Wall Cavity Charged 20 C Inside Cavity Point Charge Charge Q 8 85 C Placed Inside Cylindrical Surface Flux Surface Cylinder Cut Half Effect Dielectric Material Electric Field Reduce Original Electric Fields Similar Effect Take Place Magnitudes Terms Q1 Q2 Q3 R R Three Charges Positive Show Directions Two Charges Magnitude 3 C 1 5 C State Coulomb Law Vector Form Prove Ball Mass Charge Q Suspended Ceiling Shown Figure E Electric Field Plates Obtain Expression Angle Graphically Show Variation Magnitude Electric Field Due Charge Hollow Sphere Distance Centre Nature Electric Lines Force Inside Charged Conductor Consider Given Charge Distribution Magnitude Direction Electrostatic Force Q2 B State Principle Supe Two Charged Balls Similar Nature Also Attract Comment Charges Q1 2 C Q2 4 C Located Coordinates 1 1 3 2 Respectively Put One Charge Q3 8 C Line Joining Tw Suppose Slab Made Insulating Material Extended Infinitely Two Dimensions Thickness Shown Figure Slab Consider Disk Radius 7 Cm Surface Charge Density 5 3 C 2 Upper Face Magnitude Electric Field Due Dis Image Sun Seen Without Screen Point P Distance R R Axis Cylinder Shown Volume Charge Density Radius Cylinder R Respectively Electr Two Equal Charges Q Placed Two Diagonally Opposite Vertices B Square Abcd Side Square Length Charge Two Free Charge 4q Q Placed Distance Apart Third Charge Q Placed Entire System Equilibrium Ratio Charging Soap Bubble Volume Changes Refractive Index Medium Related Speed Light Obtain Expression Refractive Index Medium Respect Anothe Charged Rod Length 6 Linear Charge Density 2 X 10 6 C Electric Field Distance 6 Centre Rod Along Axi Use Following Information Answer Next Question Three Charges Placed Along Straight Line Length 10 Sh Use Following Information Answer Next Question Two Charged Balls Suspended Hinge Two Threads Equal L Use Following Information Answer Next Question Electron Held Freely Application Uniform Electric Fie Use Following Information Answer Next Question Three Charges Placed Vertices Equilateral Triangle Si Use Following Information Answer Next Question Electric Field Intensity Point P Distance 0 30 Centre Use Following Information Answer Next Question Electric Field Intensity Vector Region Space Given El Force Electron Alpha Particle Separated Distance 2 Use Following Information Answer Next Question Two Charges 2 C 8 C Placed 0 1 Apart Another Charge P Use Following Information Answer Next Question Two Charged Particles Located Distance 1 5 Force Attr Use Following Information Answer Next Question Two Positively Charged Particles Carrying Charge 3 6 Use Following Information Answer Next Question Electric Dipole Moment 7 2 10 8 C Placed Uniform Elec Use Following Information Answer Next Question Four Charges Q 2q 3q 4q Located Vertices Square Side Use Following Information Answer Next Question Two Thin Metal Plates Placed Close Inner Side Plates Measuring Electric Field Always Use Small Charge Test Charge Describe Electric Field Lines Uniform Positive Line Charge Electric Field Exists Region Given Equation Electric Flux Area Lies Xy Plane Dipole Electric Dipole Moment Defined Charge Q 8 85 C Placed Inside Cylindrical Surface Flux Surface Cylinder Cut Half Graphically Show Variation Magnitude Electric Field Due Charge Hollow Sphere Distance Centre State Principle Super Position Uniform Electric Field Exists Region Shown Region Cone Placed Axis Perpendicular Direction Electric Thin Long Straight Wire Linear Charge Density Derive Expression Electric Field Distance R Wire Beginning Gauss Law Derive Coulomb Law State Properties Electric Field Lines Magnitudes Terms Q1 Q2 Q3 R R Three Charges Positive Show Directions Positively Charged Particle Always Move Direction Electric Field Justify Answer Show Electric Dipole Kept Angle Direction Uniform Electric Field Experiences Zero Net Force Derive Expression Torque Acting Dipole Placed Uniform Electric Field State Coulomb Law Vector Form Prove Prove Electric Field Intensity Point Due Infinite Sheet Charge Independent Distance Infinite Sheet C Given System Equilibrium Making System Equilibrium Third Charge Placed Somewhere Line Joining Charge Ball Mass Charge Q Suspended Ceiling Shown Figure E Electric Field Plates Obtain Expression Angle Define Dipole Moment Electric Dipole Give Unit Derive Expression Electric Field Point Axis Dipole Meant Grounding Process Neutron Decay Follow Law Conservation Charge Explain Many Electrons Contained 1 C Charge Define One Coulomb Given Figure Shows Two Protons One Electron Draw Directions Electrostatic Force Central Proton Due E Two Electric Field Lines Never Intersect State Direction Electron Moves Electric Field Nature Electric Lines Force Inside Charged Conductor Configuration Electric Dipole Electric Field Makes Experience Maximum Torque Configuration Electric Dipole Stable Electric Field State Si Unit Surface Integral Electric Field Value Dielectric Constant Metal Substance Infinite Dielectric Constant Said Conductance Gaussian Surface Around Infinitely Long Charged Wire Usually Drawn Cylinder Enclosing Shape Gaussian Surface Associated Point Charge Body Given Charge 5 8 10 18 C State Conditions Two Similarly Charged Balls Attract One Another Electrostatic Force Electron Proton Separated Distance 0 4 10 15 Electrostatic Shielding Two Changes Magnitude 3 C 1 5 C Separated Distance 12 Cm Magnitude Force Charge Dipole Moment Pair Changes 6 C Separated Distance 10 Mm Much Work Done Maintain Electric Dipole Moment 6 10 8 Cm Angle 60 Electric Field Magnitude 1 2 104 N Electric Flux Associated Given Surface Charge Q Sphere Net Charge Q Enclosed Point Charge Q Centre Sphere Radius R Mutual Electrostatic Force Experi Total Charge Associated 50 Kg Electrons Combined Charge Two Charged Spheres 50 C Spheres Experience Repulsive Electrostatic Force 1 N 2 Apar Charge Q Divided Two Parts Q Q Q Two Parts Separated Certain Distance Value Q Electrostatic Repulsio Two Balls Mass Charge Q Suspended Using Non Conducting Threads Length L Shown Given Figure Assuming Compare Electrostatic Gravitational Forces Two Electrons Separated Distance 10 10 Object Charge 12 C Placed Uniform Electric Field 560 N C Observed Floats Field Calculate Mass Object Consider Given Charge Distribution Shown Figure Resulting Electric Field Point P Total Charge Cavity Wall Calculate Charge Outer Surface Conductor Deduce Coulomb Law Gauss Law Prove Gauss Law Arbitrary Shaped Gaussian Surface Permittivity Water Dielectric Constant 80 Give Reasons Following Electric Lines Force Emanate Normally Surface Charged Conductor Distance Two Point Charges Experience Electrostatic Force 5 6 N Two Fixed Identical Spherical Conductors Mutual Electrostatic Force Attraction 0 108 N Separated Cen Smallest Unit Free Charge Consider Given Charge Distribution Magnitude Direction Electrostatic Force Q2 State Principle Superposition Electric Fields Small Ball Mass 10 Mg Charge Q 0 3 C Suspended Non Conducting Thread Thread Makes Angle 30 Vertical Electric Flux Total Charge Sphere Field Inside Sphere Si Unit Electric Charge Positively Charged Object Brought Near Uncharged Object Results Use Following Information Answer Next Question Glass Rod Rubbed Silk Cloth Rod Acquires Positive Cha Use Following Information Answer Next Question Balloon Positively Charged Another Balloon Brought Ne Two Objects Charged Friction Nature Charges Acquired Objects Depends Use Following Information Answer Next Question Patrick Places Negatively Charged Ball Contact Unchar Use Following Information Answer Next Question Positively Charged Body Brought Near Neutral Body Get Force Responsible Repulsion Two Rubbed Balloons Called Following Natural Phenomena Caused Transfer Charges Movement Charges Whenever Imbalance Charges Occurs Called Use Following Information Answer Next Question Positively Charged Ball Brought Near Wooden Stand Cha Use Following Information Answer Next Question Uncharged Object Touched Positively Charged Metal Rod Following Diagrams Correctly Represents Distribution Charges Transfer Electric Charges Charged Uncharged Body Metal Wire Known Force Acts Comb Dry Hair Use Following Information Answer Next Question Ball Carries 2q Charge Placed Near Infinitely Large P Metallic Body Charged Induction Magnitude Charge Induced Body Use Following Information Answer Next Question Uncharged Plate Placed Near Charged Plate Shown Figur Use Following Information Answer Next Question Candice Learns School Lightning Caused Static Current Use Following Information Answer Next Question Uncharged Glass Rod Rubbed Uncharged Silk Cloth Rod B Use Following Information Answer Next Question Uncharged Glass Rod Rubbed Uncharged Silk Cloth Rod B Use Following Information Answer Next Question Positively Charged Block Placed Near Uncharged Metall Use Following Information Answer Next Question Four Charged Bodies B C Charges Q 2q 3q 4q Respective Use Following Information Answer Next Question Positively Charged Block Placed Near Uncharged Metall Use Following Information Answer Next Question Positively Charged Block Placed Near Uncharged Metall Use Following Information Answer Next Question Four Point Charges B C Shown Figure Placed Four Diffe Use Following Information Answer Next Question Electric Charge Supplied Continuously Conducting Bloc Use Following Information Answer Next Question Isolated Metallic Rod Ab Shown Figure Carries Uniform Use Following Information Answer Next Question Uncharged Gold Leaf Electroscope Consists Disc Rod R Use Following Information Answer Next Question Uncharged Gold Leaf Electroscope Consists Disc Rod R Use Following Information Answer Next Question Spherical Conducting Shell Radius R Surface Charge De Use Following Information Answer Next Question Spherical Conducting Shell Radius R Surface Charge De Use Following Information Answer Next Question Point P Distance R R Axis Cylinder Volume Charge Dens Use Following Information Answer Next Question Point P Distance R R Axis Cylinder Volume Charge Dens Graph Represents Variation Electric Field Distance Axis Uniformly Charged Conducting Cylinder Radius Use Following Information Answer Next Question Electric Charge Q Placed Centre Open End Cylinder Rad Use Following Information Answer Next Question Long Metallic Cylinder Radius R1 Linear Charge Densit Use Following Information Answer Next Question Arbitrary Surface Area Surrounds Charge Q Inside Show Use Following Information Answer Next Question Charged Particle Mass 8 G Charge 1 Mc Held Rest Frict Use Following Information Answer Next Question Two Equal Charges Q Placed Vertices B Square Abcd Sho Soap Bubble Negatively Charged Radius Maximum Force Two Points Fixed Space Distance Total Available Change Q Unit Electric Flux Si Units Force Two Short Electric Dipoles Separated Distance R Varies Potential Uniformly Charged Spherical Shell Radius R Drawn Graph Shows Correct Variation Potential D Use Following Information Answer Next Question Spherical Conductor Placed Concentrically Inside Anot Use Following Information Answer Next Question Electron Placed Distance 3 Point Charge Placed Origin Correct Form Coulomb Law Use Following Information Answer Next Two Questions Corner Regular Hexagon Side L Six Equal Charges Charge Point Removed Direction Force Acting Q Use Following Information Answer Next Question Two Free Charge 4q Q Placed Distance Apart Third Char Use Following Information Answer Next Question Two Small Spheres Carrying Charges 4 C 12 C Separated Use Following Information Answer Next Question Electric Field Strength Present Region 10 Nc 1 Electr Radius Uniformly Charged Solid Spherical Conductor Total Charge Q R Charge Density Point Inside Cond Use Following Information Answer Next Question Long Cylindrical Co Axial Cable Uniform Volume Charge Use Following Information Answer Next Question Hollow Spherical Shell Inner Radius Outer Radius B Ca Hollow Sphere Contains Charge 600 C Radius Sphere 4 Electric Field Strength Surface Electric Dipole Consists Two Charge E E Separated 2 Dipole Moment Charge Electron E 1 6 10 19 C 1 10 Use Following Information Answer Next Question Uncharged Spherical Conductor Placed Way Centre Coinc Use Following Information Answer Next Question Current Carrying Loop Placed Symmetrically Around Cab One Coulomb Point Charge Placed 1 Away Equal Similar Charge Vacuum Effective Force Charge 4 C Placed Centre Cube Side 2 Cm Electric Flux One Face Cube Symbols Standard Meaning Expression Electric Field Gaussian Units One Following Statements Concerning Electric Lines Force Correct One Following Diagrams Correct Representation Uniform Electric Field Use Following Information Answer Next Question Cube Placed Uniform Electric Field Strength E Shown F Minimum Value Charge Charged Body Si System Permittivity 0 Vacuum Variation Electric Field E Due Infinite Uniformly Charged Plane Varies Distance Plate R Electric Dipole Placed Electric Field Torque Acting Dipole Electron Initial Velocity Normal Electric Field Path Electron Use Following Information Answer Next Question Electron Moving Toward Two Proton System Shown Given Following Statements Electric Field Lines Correct Use Following Information Answer Next Question Two Charges Magnitudes 4 C 9 C Separated Distance 1 P Use Following Information Answer Next Question Two Charges 1 3 Magnitude Kept Horizontal Line Shown Use Following Information Answer Next Question Negatively Charged Rod Held Near Earthed Conductor X Field Acting Flowing Charges Use Following Information Answer Next Question Positively Charged Conductor Carrying Charge Q Placed Use Following Information Answer Next Question Positively Charged Conductor Carrying Charge Q Placed Use Following Information Answer Next Question Gas Discharge Tube Total Electric Charge Flowing Per Use Following Information Answer Next Question Charged Metallic Sphere Radius 1 Cm Suspended Nylon T Use Following Information Answer Question Particle Mass Charge Q Connected Vertical Infinitely Long Three Equal Charges Placed Three Vertices Triangle Net Force Charged Particle Zero Placed Use Following Information Answer Next Question Electron Falls Distance 1 5 Cm Uniform Electric Field Hydrogen Atom Placed Uniform External Electric Field Directed Toward Right Use Following Information Answer Question Right Circular Cylinder Length 20 Cm Radius 5 Cm Centre Or Use Following Information Answer Next Question Early Model Atom Considered Positively Charged Point Use Following Information Answer Next Question Five Balls Numbered 1 5 Suspended Using Separate Thre Test Charge Q Placed Center Conducting Cubical Shell Placed Uniform Electric Field Particle Use Following Information Answer Next Question Boy Playing Soap Bubbles Notices Size Particular Bubb Use Following Information Answer Next Question Florida City Hit Thunder Storm Four Friends Returning Use Following Information Answer Next Question Two Concentric Spheres Larger Two Spheres Charged 2q Use Following Information Answer Next Question Four Point Charges Magnitude Q Placed Four Corners Sq Point Charge Air Separated Distance X Another Point Charge Air Experiences Force Repulsion F Followi Use Following Information Answer Next Question Two Small Metal Spheres B Size Given Charge Q Placed Charge Q Divided Two Conducting Spheres Value Charges Two Spheres Force Maximum Placed Close Air Use Following Information Answer Next Question Figure Shows Three Parallel Equally Spaced Large Meta Use Following Information Answer Next Question Electric Dipole Moment P Placed Position Stable Equil Use Following Information Answer Next Question Test Charge Situated Certain Distance Electric Dipole Charge Q Placed Centre Closed Cylindrical Vessel Flux Electric Field Surface Vessel Charge Q Placed Distance 2 Centre Horizontal Square Surface Edge Length Flux Square Surface Use Following Information Answer Next Question Two Concentric Hollow Metal Spheres Radii R1 R2 Outer Charge Q Well Distributed Metal Ring Radius R Following Graphs Illustrates Variation Electric Intens Use Following Information Answer Next Question Two Identical Metallic Spheres B Carrying Charge Q Re Electric Dipole Placed Non Uniform Electric Field Experience Use Following Information Answer Next Question Charge Situated Certain Distance Electric Dipole Alon Use Following Information Answer Next Question Radii Three Thin Concentric Metal Shells B C B C Resp Use Following Information Answer Next Question Four Particles Allowed Pass Region Uniform Electric F Use Following Information Answer Next Question Liquid Drop Mass 1 G Charge 0 1 C Placed Uniform Elec Use Following Information Answer Next Question Two Equal Point Charges Kept Vertices Base Equilatera Following Charge Distributions Produces Region Uniform Electric Field Conducting Spherical Shell Surface Charge Density Electric Field Inside Ein Outside Eout Shell Use Following Information Answer Next Question Charged Particle Moving Around Another Charged Partic Use Following Information Answer Next Question Small Circular Disc Removed Surface Large Charged Sph Two Identical Conducting Balls Charge Q Polarity Hang Peg Ceiling Non Conducting Threads Length L Fi Electric Field Origin Due Distribution Similar Polarity Charges Find Electric Field Set Consecutive Charges Opposite Signs Three Identical Charges Placed Three Corners Square Direction Electric Field Vacant Corner Square Consider Disk Radius 7 Cm Surface Charge Density 5 3 Cm 2 Upper Face Magnitude Electric Field Due Di Use Following Information Answer Next Question Consider Following Statements Regarding Charged Condu Use Following Information Answer Next Question Motion Electron Around Nucleus Atom Electron Effect P Following Statements Correct Regarding Gold Leaf Electroscope Use Following Information Answer Question Fur Rubbed Ebonite Rod Fur Acquire Charge Ebonite Rod Acqu Following Statements Incorrect Regarding Charging Friction Use Following Information Answer Question Gold Leaf Electroscope Used Following Information Complete Use Following Information Answer Question Glass Rod Rubbed Silk Cloth Glass Rod Acquire Charge Silk Following Changes Occur Mass Body Body Charged Induction Two Charges Magnitudes 2q Q Located Points 0 4a 0 Respectively Electric Flux Due Charges Sphere Radi Define Electric Dipole Moment Scalar Vector Derive Expression Electric Field Dipole Point Equatoria Two Charges Magnitudes 3q 2q Located Points 0 4a 0 Respectively Electric Flux Due Charges Sphere Rad Define Electric Dipole Moment Scalar Vector Derive Expression Electric Field Dipole Point Equatoria Two Charges Magnitudes 4q Q Located Points 0 3a 0 Respectively Electric Flux Due Charges Sphere Radi Define Electric Dipole Moment Scalar Vector Derive Expression Electric Field Dipole Point Equatoria Define Dipole Moment Electric Dipole Scalar Vector State Gauss Law Electrostatics Cube Side Kept Electric Field Given C L Shown Figure C Positive Dimen Define Dipole Moment Electric Dipole Scalar Vector State Gauss Law Electrostatics Cube Side Kept Electric Field Given C L Shown Figure C Positive Dimen Charge Q Placed Centre Cube Side L Electric Flux Passing Face Cube Charge Q Placed Centre Cube Side L Electric Flux Passing Two Opposite Faces Cube Given Uniform Electric Filed E 4 103 N C Find Flux Field Square 5 Cm Side Whose Plane Parallel Z Pla Given Uniform Electric Field E 2 103 N C Find Flux Field Square Side 20 Cm Whose Plane Parallel Z Pl Given Uniform Electric Field E 5 103 N C Find Flux Field Square 10 Cm Side Whose Plane Parallel Z Pl Electric Field Lines Never Cross Electrostatic Field Lines Form Closed Loops Two Equal Balls Equal Positive Charge Q Coulombs Suspended Two Insulating Strings Equal Length Would Electric Flux Cube Side 1 Cm Encloses Electric Dipole Electric Dipole Dipole Moment P Consists Point Charges Q Q Separated Distance 2a Apart Deduce Expre Electric Flux Cube Side 1 Cm Encloses Electric Dipole Electric Dipole Dipole Moment P Consists Point Charges Q Q Separated Distance 2a Apart Deduce Expre Field Lines Negative Point Charge Shown Figure Kinetic Energy Small Negative Charge Increase Decreas Electric Flux Cube Side 1 Cm Encloses Electric Dipole Use Mirror Equation Show Object Placed F 2f Concave Mirror Produces Real Image Beyond 2f Find Expres Electric Dipole Dipole Moment P Consists Point Charges Q Q Separated Distance 2a Apart Deduce Expre Write Expression Torque Acting Dipole Dipole Moment P Placed Electric Field E Small Conducting Sphere Radius R Carrying Charge Q Surrounded Large Concentric Conducting Shell Rad Field Lines Negative Point Charge Shown Figure Kinetic Energy Small Negative Charge Increase Decreas Electric Flux Due Point Charge Enclosed Spherical Gaussian Surface Get Affected Radius Increased Charge Distributed Uniformly Ring Radius Obtain Expression Electric Intensity E Point Axis Ring Henc Define Electric Flux Write Si Unit Define Torque Acting Dipole Dipole Moment P Placed Uniform Electric Field E Express Vector Point Di Point Charge Q Moving Speed V Enters Uniform Magnetic Field B Acting Plane Paper Shown Path Followe Drive Expression Electric Field Point Equatorial Line Electric Dipole Ii Depict Orientation Dipole Obtain Expression Torque Experienced Electric Dipole Dipole Moment P Uniform Electric Field E Ii Ha Current Steady State Flow Capacitor Connected Across Battery However Momentary Current Flow Charging Derive Expression Electric Field E Due Dipole Length 2a Point Distant R Center Dipole Axial Line B State Biot Savart Law Express Law Vector Form B Two Identical Circular Coils P Q Radius R Carrying Magnifying Power Microscope Depend Colour Light Used Justify Answer Distinguish Broadcast Mode Point Point Mode Communication Give One Example Light Bulb Solenoid Connected Series Across Ac Source Voltage Explain Glow Light Bulb Affected Iron Sunil Parents Travelling Village Car Way Mother Noticed Grey Coloured Panels Installed Roof Low Buil Using Gauss Law Electrostatics Deduce Expression Electric Field Intensity Due Uniformly Charged Infi Derive Relation Decay Constant Half Life Radioactive Substance B Radioactive Element Reduces 25 Ini Charge Q Distributed Uniformly Metallic Sphere Radius R Obtain Expressions Electric Field E Electric Draw Plot Showing Variation Photoelectric Current Collector Potential Different Frequencies Intensi State Faraday Law Electromagnetic Induction B Magnetic Field Circular Loop Wire 12 Cm Radius 8 5 Re Three Charges Placed Vertices Equilateral Triangle Side Shown Following Figure Force Experienced Cha Four Point Charges Q Q Q Q Placed Corners Square Side Shown Figure Find Resultant Electric Force Cha Define Electric Flux Scalar Vector Quantity Point Charge Q Distance 2 Directly Centre Square Side S Draw Equipotential Surfaces Corresponding Electric Field Uniformly Increases Magnitude Along Z Dire Draw Pattern Electric Field Lines Point Charge Q Kept Near Uncharged Conducting Plate Draw Pattern Electric Field Lines Point Charge Q Kept Near Uncharged Conducting Plate Two Metallic Spheres B Kept Insulating Stands Contact Positively Charged Rod P Brought Near Sphere S Five Point Charges Charge Q Placed Five Vertices Regular Hexagon Side L Find Magnitude Resultant For Two Identical Conducting Balls B Charges Q 3q Respectively Brought Contact Separated Distance Apart Apply Gauss Law Show Charged Spherical Shell Electric Field Outside Shell Entire Charge Concentrated Two Charges Equal Magnitude Opposite Sign Put Together Small Distance System Called Force Two Charges Charge 1 10 7 C 2 10 7 C Placed Distance 15 Cm Electric Field Due Dipole Equatorial Plane Electric Field Due Dipole Dipole Axis Distance Point Electric Flux Closed Gaussian Surface Depends Upon Net Charge Enclosed Permittivity Medium B Net Cha Point Charge Placed Centre Hollow Conducting Sphere Internal Radius R Outer Radius 2r Ratio Surface Physical Quantity Si Unit Nc 1m State Gauss Law Electrostatics Drive Expression Electric Field Due Long Straight Thin Uniformly Cha State Gauss Law Electrostatics Derive Expression Electric Field Due Long Straight Thin Uniformly Ch Attempt 4 Sub Parts Following Question Sub Part Carries 1 Mark Phenomenon Making Region Free Electri Question Numbers 11 12 13 14 Two Statements Given One Labeled Assertion Labeled Reason R Select Corr Cloud Unleash Lightning Bolt Charge 12 C Cloud Started Electrically Neutral Many Electrons Removed G Rub Glass Rod Silk Cloth Metal Given Charge 6 4 10 9 C Number Electrons Added Metal Increase Mass Metal Respectively Two Charges Charge 2 C Placed Distance Metres Located 2j 2k 4 J 4 K Electrostatic Force Acting Given Figure Equal Charges 2 C Placed Points Q P Square Side 1 Electric Field Point R Three Charges 1 C Placed Vertices Equilateral Triangle Side Length 2 Charge Q Magnitude 7 10 10 C Pl Electric Dipole Moment 10 7 Cm Aligned 30o Direction Uniform Electric Field Magnitude 2 104 N C Magn Net Positive Charge Enclosed Within Given Sphere Negative Charge 200 Pc Added Given Sphere Net Electric Flux Sphere Would Become Additional Positive Charge Magnitude 200 Pc Added Given Positively Charged Sphere Electric Field Sph