A) average speed B) velocity C) time D) instantaneous speed E) motion
A) 0 N B) 2 N C) in the direction of the stronger push D) The sum of their masses in Newtons. E) Not enough information to answer the question.
A) m/s B) ft/lb C) kg D) N E) m/s2
A) 0.75 N B) 140 N C) 1.33 m/s D) None of these is correct. E) 0.75 m/s
A) 40 m/s2 B) 144 m/s C) 9 kg D) 9 N E) 9 m/s2
A) 6 m/s B) None of these is correct. C) 6 N D) 6 m/s2 E) 6 kg
A) 1400 m/s B) 1400 kg C) 5600 kg D) 5600 N E) 1400 N
A) Kinetic B) Static C) Rolling D) Sliding E) Potential
A) None of these is correct B) 36000 kg*m/s C) 40 kg*m/s D) 0.025 kg*m/s E) 1230 kg*m/s
A) 150 kg B) 96 kg C) 96 m/s D) 150 N E) 96 N
A) the tendency of an object to resist changes in motion B) the sum of all forces acting on an object C) a pull or push exerted on an object D) the rate of change of an object's position E) physical movement or a change in position relative to a starting point
A) a pull or push exerted on an object B) an object at rest tends to stay at rest, an object in motion tends to stay in motion C) the rate of change of an object's position D) any outside motion that parallels the direction being followed E) the sum of all forces acting on an object
A) a pull or push exerted on an object B) the rate of change of an object's position C) any outside motion that parallels the direction being followed D) the tendency of an object to resist changes in motion E) the sum of all forces acting on an object
A) colliding objects experience equal and opposite direction and velocity B) the tendency of an object to resist changes in motion C) force is equal to mass times acceleration D) momentum is equal to mass times velocity E) an object at rest tends to stay at rest, an object in motion tends to stay in motion
A) physical movement or a change in position relative to a starting point B) the rate of change of an object's position C) the tendency of an object to resist changes in motion D) an object at rest tends to stay at rest, an object in motion tends to stay in motion E) force is equal to mass times acceleration
A) the measure of how far an object has moved B) any outside motion that parallels the direction being followed C) a pull or push exerted on an object D) an object at rest tends to stay at rest, an object in motion tends to stay in motion E) physical movement or a change in position relative to a starting point
A) the measure of how far an object has moved B) the sum of all forces acting on an object C) physical movement or a change in position relative to a starting point D) the net distance is always a positive integer E) any outside motion that parallels the direction being followed
A) an object at rest tends to stay at rest, an object in motion tends to stay in motion B) the measure of how far an object has moved C) a pull or push exerted on an object D) the speed of an object and the direction of its motion E) the rate of change of an object's position
A) the tendency of an object to resist changes in motion B) the measure of how far an object has moved C) the rate of change of an object's position D) the sum of all forces acting on an object E) the rate of change of the velocity of an object
A) physical movement or a change in position relative to a starting point B) the rate of change of an object's position C) the total distance an object travels divided by the total time of travel D) a pull or push exerted on an object E) the tendency of an object to resist changes in motion
A) 936 mph B) 468 mph/s C) 6.5 mph/s D) 936 m/s2 E) 6.5 m/s2
A) 280 m/s2 B) 140 m/s2 C) -1.4 m/s2 D) 70 m/ss E) 1.4 m/s2
A) 7.0 miles B) -7.0 miles C) 3.5 miles D) 0 miles E) 1.75 mph
A) 5.5 kilometers per hour B) 1.75 kilometers per hour C) 1.75 miles per hour D) 7 kilometers per hour E) 7 miles per hours
A) Approximately 7.3 hours B) Approximately 4.2 hours C) Approximaltey 3.7 hours D) One entire day E) Approximately 8.5 hours |