Question 1176 ▼ How is the moment of inertia analogous to mass? Both are forces Both resist changes in motion Both are velocities Both are energies Check Answer Report Question
Question 1177 ▼ What is the main assumption about angular velocity in rigid body rotation? It varies with mass It is zero It is the same for all particles It depends on temperature Check Answer Report Question
Question 1178 ▼ What is the condition for rotational equilibrium in the ladder? F1 = F N = W Sum of moments about any point is zero F2 = 0 Check Answer Report Question
Question 1179 ▼ How does the moment of inertia affect rotational motion? No effect Higher I means easier to rotate Higher I means harder to rotate Depends on ω Check Answer Report Question
Question 1180 ▼ What is the significance of the expression K = ½ Iω²? It is linear kinetic energy It is potential energy It is torque equation It is the rotational kinetic energy formula Check Answer Report Question