Physics Concepts Quiz

Question 1 (a)

• Electromagnetic force range: Extremely broad, encompassing a wide range of interactions.

Question 1 (b)

• Resistance formula: R = V/I
• Given values: V = (100 ± 5) volts, I = (10 ± 0.2) amperes
• Percentage error calculation needed for R

Question 1 (c)

• Bodies with same momentum, but different masses: The lighter body has a larger kinetic energy.

Other Questions (Page 2)

• List of questions on different physics topics (moment of inertia, Stokes' law, mean free path, spring constant, minimum distance between node/antinode, dimensional analysis, particle position, projectile motion, etc.)

Question 2 (a)

• Van der Waals' equation: (P + a/V²)(V - b) = RT
• Variables: P (pressure), V (volume), T (temperature), R (gas constant), a and b (constants)
• Dimensions of 'a' and 'b' need calculation

Question 2 (c)

• Height of a building: A stone falls from the top, travels 53.9 m in the last second before hitting the ground. The height of the building is to be found.

Questions (Page 3)

• List of physics questions related to linear/angular velocity, torque, momentum, angular momentum, relationship between gravity/universal gravitational constant, impulse, pressure

Question 3 (a)

• Impulse formula: J = mΔV (impulse = mass × change in velocity)

Question 3 (b)

• Pressure on a swimmer: Pressure calculation at 10 meters below the lake surface.

Question 3 (c)

• Conservation of linear momentum in an isolated system.

Questions (Page 4)

• List of physics questions encompassing potential energy of a system of particles, inelastic collision, principle of conservation of energy (falling body examples), isothermal and adiabatic processes, kinetic theory interpretation of temperature, degrees of freedom definition and simple harmonic motion examples (loaded spring), calculating latent heat of fusion for ice/water mixtures, reversible/irreversible processes

Questions (Page 5)

• Escape velocity definition and calculation for a body projected from Earth's surface
• Defining real/apparent expansion coefficients for liquids
• Relationship between real/apparent expansion coefficients
• Kinetic theory of gases and the formula linking pressure, kinetic energy, and gas volume (P = 2E/3)