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When an object is in free fall,                         .
1. its speed stays the same
2. it decelerates
3. it accelerates
4. none of the above
Velocity is                                     .
1. the slope of a linear graph
2. acceleration divided by displacement
3. speed with direction
4. the same in all reference frames

This question is a part of a group with common instructions. View group »

$v= (Deltad)/t$ is the equation to calculate
1. acceleration.
2. speed.
3. velocity.
4. slope.
A block is placed on an inclined plane and remains stationary. A student claims, "The block remains stationary because as gravity tries to pull the block down down the ramp, the block exerts an equal and opposite force on itself up the ramp." Is the student's claim correct? Justify your answer.
1. No. Newton's third law states the block cannot exert a force on itself.
2. No. Newton's first law states the block's inertia must cause it to move down the ramp.
3. Yes. Newton's third law states the block must exert a force equal and opposite to gravity.
4. Yes. Newton's first law states the block must remain stationary unless pushed.
A book rests on a level desktop. Which force is equal in magnitude to the normal force exerted on the book?
1. The force of static friction
2. The force of kinetic friction
3. The gravitational force exerted by the desktop on the book
4. The weight of the book
Which of the following is not true of gases, as compared to liquids or solids?
1. Gas molecules are in constant, rapid motion.
2. Molecules in a gas are tightly bound to each other by strong attractive forces.
3. The kinetic energy of a gas is directly proportional to its temperature.
4. The volume of a gas molecule itself is very small compared to the space the gas occupies.
Power is defined as                                                .
1. the something that enables an object to do work
2. how much force an object has
3. the rate at which work is done
4. energy due to the position of something
What is the frequency of an electromagnetic wave with a wavelength of $1.0 times 10^5$ m?
1. $1.0 \times 10^13$ Hz
2. $3.0 \times 10^3$ Hz
3. $3.0 \times 10^13$ Hz
4. $1.0 \times 10^3$ Hz