Share Facebook Email Telegram WhatsApp Results #1. A ball balanced on a vertical rod is an example of ________. Stable equilibrium Stable equilibrium Unstable equilibrium Unstable equilibrium Neutral equilibrium Neutral equilibrium Perfect equilibrium Perfect equilibrium #2. Force / mass = ________. Momentum Momentum Acceleration Acceleration Displacement Displacement Velocity Velocity #3. The motion of an object in a specified direction is called _______. Speed Speed Displacement Displacement Velocity Velocity Movement Movement #4. Which activity is not based upon kinetic friction_______. Writing Writing Speaking Speaking Hearing Hearing Walking Walking #5. The product of mass and acceleration is called _________. Pressure Pressure Impulse Impulse Thrust Thrust Force Force #6. If an object moves with constant velocity, then which one of the following statement is not correct? Its motion is along a straight line Its motion is along a straight line Its speed changes with time Its speed changes with time Its acceleration is zero Its acceleration is zero Its displacement increases linearly with time Its displacement increases linearly with time #7. Retardation means an object operates from ____. Fixed velocity Fixed velocity Decreasing velocity Decreasing velocity Increasing velocity Increasing velocity Uniform velocity Uniform velocity #8. To open a door easily, the handle should be fixed ______. Near the hinges Near the hinges Away from mid-point opposite to hinges Away from mid-point opposite to hinges In the middle In the middle None of the above None of the above #9. A body is acted upon by two unequal forces in opposite directions, but not in one line . The effect is that the body will have _______. Only rotational motion Only rotational motion Only translational motion Only translational motion Neither the rotational nor the translational motion Neither the rotational nor the translational motion Rotational as well as translational motion Rotational as well as translational motion #10. Momentum is measured as the product of ______. Mass and acceleration Mass and acceleration Mass and acceleration Mass and acceleration Mass and velocity Mass and velocity Mass and inertia Mass and inertia Finish
