Genius Jnr - Draw, wherever possible, a rough sketch of (i) a triangle with both line and rotational symmetries of order more than 1. (ii) a triangle with only line symmetry and no rotational symmetry of order more than 1. (iii) a quadrilateral with a rotational symmetry of order more than 1 but not a line symmetry. (iv) a quadrilateral with line symmetry but not a rotational symmetry of order more than 1.

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Draw, wherever possible, a rough sketch of

(i) a triangle with both line and rotational symmetries of order more than 1.

(ii) a triangle with only line symmetry and no rotational symmetry of order more than 1.

(iii) a quadrilateral with a rotational symmetry of order more than 1 but not a line symmetry.

(iv) a quadrilateral with line symmetry but not a rotational symmetry of order more than 1.

2 sec

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10 8 C 3 10 8 C Located 16 Cm Apart Point Line Joining Two Charges Electric Potential Regular Hexagon Side 10 Cm Charge 5 C Vertices Calculate Potential Centre Hexagon Two Charges 2 C 2 C Placed Points B 6 Cm Apart Identify Equipotential Surface System B Direction Ele Spherical Conductor Radius 12 Cm Charge 1 6 10 7c Distributed Uniformly Surface Electric Field Insid Parallel Plate Capacitor Air Plates Capacitance 8 Pf 1pf 10 12 F Capacitance Distance Plates Reduced Three Capacitors Capacitance 9 Pf Connected Series Total Capacitance Combination B Potential Differe Three Capacitors Capacitances 2 Pf 3 Pf 4 Pf Connected Parallel Total Capacitance Combination B Dete Parallel Plate Capacitor Air Plates Plate Area 6 10 3 M2 Distance Plates 3 Mm Calculate Capacitance Explain Would Happen Capacitor Given Exercise 2 8 3 Mm Thick Mica Sheet Dielectric Constant 6 Insert 12 Pf Capacitor Connected 50v Battery Much Electrostatic Energy Stored Capacitor 600 Pf Capacitor Charged 200 V Supply Disconnected Supply Connected Another Uncharged 600 Pf Capacit Charge 8 Mc Located Origin Calculate Work Done Taking Small Charge 2 10 9 C Point P 0 0 3 Cm Point Q Cube Side B Charge Q Vertices Determine Potential Electric Field Due Charge Array Centre Cube Two Tiny Spheres Carrying Charges 1 5 C 2 5 C Located 30 Cm Apart Find Potential Electric Field Mid Spherical Conducting Shell Inner Radius R1 Outer Radius R2 Charge Q Charge Q Placed Centre Shell Sur Show Normal Component Electrostatic Field Discontinuity One Side Charged Surface Another Given Unit Long Charged Cylinder Linear Charged Density Surrounded Hollow Co Axial Conducting Cylinder Electric Hydrogen Atom Electron Proton Bound Distance 0 53 Estimate Potential Energy System Ev Taking Zero Po One Two Electrons H2 Molecule Removed Get Hydrogen Molecular Ion Ground State Two Protons Separated Two Charged Conducting Spheres Radii B Connected Wire Ratio Electric Fields Surfaces Two Spheres Use Two Charges Q Q Located Points 0 0 0 0 Respectively Electrostatic Potential Points B Obtain Dependen Figure 2 34 Shows Charge Array Known Electric Quadrupole Point Axis Quadrupole Obtain Dependence Pot Area Plates 2 F Parallel Plate Capacitor Given Separation Plates 0 5 Cm Realize Answer Ordinary Capa Obtain Equivalent Capacitance Network Fig 2 35 300 V Supply Determine Charge Voltage Across Capacito Plates Parallel Plate Capacitor Area 90 Cm2 Separated 2 5 Mm Capacitor Charged Connecting 400 V Supp 4 F Capacitor Charged 200 V Supply Disconnected Supply Connected Another Uncharged 2 F Capacitor Muc Show Force Plate Parallel Plate Capacitor Magnitude Equal Qe Q Charge Capacitor E Magnitude Electric Spherical Capacitor Consists Two Concentric Spherical Conductors Held Position Suitable Insulating S Spherical Capacitor Inner Sphere Radius 12 Cm Outer Sphere Radius 13 Cm Outer Sphere Earthed Inner S Answer Carefully Two Large Conducting Spheres Carrying Charges Q1 Q2 Brought Close Magnitude Electro Cylindrical Capacitor Two Co Axial Cylinders Length 15 Cm Radii 1 5 Cm 1 4 Cm Outer Cylinder Earthed Parallel Plate Capacitor Designed Voltage Rating 1 Kv Using Material Dielectric Constant 3 Dielectri Describe Schematically Equipotential Surfaces Corresponding Constant Electric Field Z Direction B Fi Van De Graaff Type Generator Spherical Metal Shell 15 106 V Electrode Dielectric Strength Gas Surrou Small Sphere Radius R1 Charge Q1 Enclosed Spherical Shell Radius R2 Charge Q2 Show Q1 Positive Charg Answer Following Top Atmosphere 400 Kv Respect Surface Earth Corresponding Electric Field Decreases