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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

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$v= (Deltad)/t$ is the equation to calculate
1. acceleration.
2. speed.
3. velocity.
4. slope.
The equation for kinetic energy is                                  .
1. 1/2 mass times (velocity squared)
2. 1/2 base time height
3. 1/2 length times width
4. density times velocity
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
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.
Which form of matter has a definite shape and volume?
1. solid
2. liquid
3. gas
4. intensive property
If an object is floating in a fluid, which of the following is true?
1. The volume of the displaced fluid equals the volume of the object.
2. The density of the fluid equals the density of the object.
3. The density of the fluid is greater than the density of the object.
4. The density of the fluid is less than the density of the object.
If a net force diagram is drawn, such as shown, wherein the $F_"norm"" at A "=-(F_g)" at C"$, what do you know about the object?
1. The object is accelerating in the direction of the $F_"app"" at B"$ because there is no opposing force to B, and $F_"app"" at "B>0N$.
2. The object is accelerating in the opposite direction of $F_"app"" at B"$ because forces act in equal but opposite pairs.
3. The object is not moving because the $F_"net"=F_"norm"+F_g=0N$.
4. The object is accelerating in the direction of the $F_"app"" at B"$ because the opposing $F_"fric"$ must be negligible, and $F_"app"" at "B>0N$.
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