...have a zero acceleration, and still be...
...the velocity and acceleration of an object...
...the velocity and acceleration of an object...
...with a constant acceleration during a certain...
...velocity. D) instantaneous acceleration. E) average acceleration....
...acceleration. E) average acceleration. Answer: C Page...
...velocity. D) instantaneous acceleration. E) average acceleration...
...acceleration. E) average acceleration Answer: B Page...
...with constant non-zero acceleration. C) at rest....
...with constant non-zero acceleration. C) at rest....
...statement concerning its acceleration. A) The acceleration...
...acceleration. A) The acceleration must be constantly...
...increasing. B) The acceleration must be constantly...
...decreasing. C) The acceleration must be a...
...value. D) The acceleration must be equal...
...moving with constant acceleration. Which of the...
...given instant, the acceleration of a certain...
...statement concerning its acceleration. A) The car...
...decelerating, and its acceleration is positive. B)...
...decelerating, and its acceleration is negative. C)...
...negative. C) The acceleration is zero. D)...
...accelerating, and its acceleration is positive. E)...
...accelerating, and its acceleration is negative. Answer:...
...statement concerning its acceleration. A) The car...
...decelerating, and its acceleration is positive. B)...
...decelerating, and its acceleration is negative. C)...
...negative. C) The acceleration is zero. D)...
...accelerating, and its acceleration is positive. E)...
...accelerating, and its acceleration is negative. Answer:...
...true about the acceleration of the car?...
...car undergoes constant acceleration of 0.500 m/s2...
...car undergoes constant acceleration of 4.00 m/s2...
...car has zero acceleration during the time...
...D) The average acceleration of the car...
...E) The average acceleration of the car...
...mean that the acceleration is zero? Support...
...way in which acceleration is defined Answer:...
...velocity. D) instantaneous acceleration. E) average acceleration....
...acceleration. E) average acceleration. Answer: E 25)...
...velocity. D) instantaneous acceleration. E) average acceleration....
...acceleration. E) average acceleration. Answer: D 26)...
...with constant non-zero acceleration. C) at rest....
...with constant non-zero acceleration. C) at rest....
...best represents the acceleration as a function...
...direction when its acceleration is constant? Support...
...speed while its acceleration is decreasing? Support...
...way in which acceleration is defined. B)...
...No, because if acceleration is decreasing the...
...velocity? A) The acceleration must be constantly...
...increasing. B) The acceleration must be constantly...
...decreasing. C) The acceleration must be constant....
...there is no acceleration. E) This is...
...is the average acceleration of an object...
...to the instantaneous acceleration? A) always B)...
...only when the acceleration is constant D)...
...only when the acceleration is increasing at...
...only when the acceleration is decreasing at...
...time that the acceleration of a particle...
...with constant non-zero acceleration on the +x...
...with constant non-zero acceleration on the +x...
...with non-zero constant acceleration? A) 0.1 s...
...with constant non-zero acceleration. Answer: D FIGURE...
...graph represents the acceleration as a function...
...velocity and its acceleration are zero. B)...
...zero and its acceleration is not zero....
...zero and its acceleration is zero. D)...
...velocity nor its acceleration is zero. E)...
...neither velocity nor acceleration can be determined...
...the velocity and acceleration as the ball...
...velocity and its acceleration point upward. B)...
...upward and its acceleration points downward. C)...
...downward and its acceleration points upward. D)...
...velocity and its acceleration points downward. E)...
...Neither velocity nor acceleration can be determined...
...the velocity and acceleration as the ball...
...velocity and its acceleration point upward. B)...
...upward and its acceleration points downward. C)...
...downward and its acceleration points upward. D)...
...velocity and its acceleration point downward. E)...
...Neither velocity nor acceleration can be determined...
...D) velocity. E) acceleration. Answer: B 2.2...
...is the average acceleration of that car...
...direction is the acceleration at t =...
...direction is the acceleration at t =...
...is the average acceleration of the particle...
...is the instantaneous acceleration equal to zero?...
...with a constant acceleration of 2.00 m/s2....
...Determine the instantaneous acceleration at time t...
...Determine the instantaneous acceleration at time t...
...is the average acceleration of the particle...
...is the average acceleration of the particle...
...m/s with constant acceleration. The car travels...
...What is the acceleration of the car?...
...What must the acceleration of the plane...
...runner maintains constant acceleration after starting from...
...moves with constant acceleration. The object travels...
...What is the acceleration of the object?...
...with a constant acceleration of 1.00 m/s2...
...s. Assuming the acceleration is constant, what...
...floor with an acceleration of 0.10 m/s2...
...must the constant acceleration of the car...
...must the constant acceleration of the police...
...2-8 66) The acceleration of an object...
...2-8 67) The acceleration of an object...
...2-8 68) The acceleration of an object...

...G. E) the acceleration of box G....
...zero. E) Its acceleration is in the...
...accelerates with constant acceleration. The magnitude of...
...smaller but non-zero acceleration. D) The fireman...
...speed. E) The acceleration of the fireman...
...magnitude of the acceleration is greater than...
...D 32) The acceleration due to gravity...
...what is the acceleration due to gravity...
...Moon, where the acceleration of gravity is...
...Moon where the acceleration due to gravity...
...accelerates with an acceleration of 24.0 m/s2....
...40 m/s2, what acceleration would that same...
...Moon where the acceleration due to gravity...
...Moon where the acceleration due to gravity...
...the Moon. The acceleration imparted to the...
...with a downward acceleration is 2.0 m/s2...
...raised with an acceleration of 2.0 m/s2?...
...experience during the acceleration? A) 394 N...
...has a maximum acceleration of 3.0 m/s2....
...be its maximum acceleration when the truck...
...What is the acceleration of the object?...
...accelerates with an acceleration of 1.3 m/s2....
...proton reaches an acceleration of 9.0 ×...
...down with an acceleration of 8.0 m/s2....
...is the greatest acceleration that the truck...
...direction of the acceleration of the elevator?...
...magnitude of the acceleration of the elevator?...
...figure shows an acceleration-versus-force graph for a...
...shows an object's acceleration-versus-force graph. What is...
...figure shows an acceleration-versus-force graph for three...

...is the minimum acceleration necessary for the...
...equal rates of acceleration in both cases,...
...ratio of the acceleration to the original...
...has an average acceleration of 13.1 ....
...the car's average acceleration. A) 0.30 m/s2,...
...Answer: A 10) Acceleration is sometimes expressed...
...m/s2 is the acceleration due to the...
...a halt. The acceleration during the first...
...at the same acceleration until it reaches...
...s. Assuming that acceleration is constant and...
...velocity? Assume that acceleration was constant. A)...
...is the average acceleration of the ball...
...mi/h. Assuming constant acceleration from the start,...
...provides constant upward acceleration during the burn...
...engine provides upward acceleration, is closest to:...
...provides constant upward acceleration during the burn...
...ground. The upward acceleration of the rocket...
...provides constant upward acceleration during the burn...
...4.3 s, the acceleration of the ball...
...with a net acceleration of 20 m/s2....
...True/False 1) The acceleration is always the...
...FALSE 4) Negative acceleration is called deceleration...
...point, then its acceleration must be zero...
...have a negative acceleration and yet be...
...hill, his/her A) acceleration is constant, with...
...10 m/s/s. B) acceleration is constant, with...
...10 m/s/s. C) acceleration increases with time....
...with time. D) acceleration is zero. Answer:...
...road. The instantaneous acceleration is decreasing with...
...its velocity and acceleration vectors are A)...
...its path, its acceleration A) is zero....
...directed east and acceleration directed west. B)...
...directed east and acceleration directed east. C)...
...velocity but non-zero acceleration. D) An object...
...has constant non-zero acceleration and changing velocity....
...velocity and changing acceleration. Answer: E ...

...is the minimum acceleration necessary for the...
...equal rates of acceleration in both cases,...
...Answer: A 5) Acceleration is sometimes expressed...
...m/s2 is the acceleration due to the...
...ratio of the acceleration to the original...
...a halt. The acceleration during the first...
...at the same acceleration until it reaches...
...is the average acceleration of the ball...
...directed east and acceleration directed west. B)...
...directed east and acceleration directed east. C)...
...velocity but non-zero acceleration. D) An object...
...has constant non-zero acceleration and changing velocity....
...velocity and changing acceleration. Answer: E 15)...
...its path, its acceleration A) is zero....
...4.3 s, the acceleration of the ball...
...with a net acceleration of 20 m/s2....
...provides constant upward acceleration during the burn...
...engine provides upward acceleration, is closest to:...
...provides constant upward acceleration during the burn...
...ground. The upward acceleration of the rocket...
...provides constant upward acceleration during the burn...
...30 m/s. The acceleration due to gravity...
...was the ball's acceleration? (Assume that the...
...(Assume that the acceleration was constant.) b)...
...thrown. Take the acceleration due to gravity...
...have the same acceleration while slowing down,...

...Answer: displacement, velocity, acceleration, force 3) Explain...
...between velocity and acceleration. Answer: Acceleration is...
...and acceleration. Answer: Acceleration is the time...
...how a POSITIVE acceleration could produce a...
...down if its acceleration were positive (a...
...positive (a negative acceleration would mean the...
...what was its acceleration? (remember to include...
...Velocity was zero, acceleration was 9.8 m/s2...
...have a zero acceleration, and still be...
...represents a negative acceleration. Answer: FALSE Page...
...2.3 18) The "acceleration of gravity" is...
...2.5 21) The acceleration due to gravity...
...A) mass. B) acceleration. C) displacement. D)...
...A) magnitude. B) acceleration. C) displacement. D)...
...velocity. C) instantaneous acceleration. D) average acceleration...
...acceleration. D) average acceleration E) none of...
...velocity. C) instantaneous acceleration. D) average acceleration...
...acceleration. D) average acceleration E) none of...
...velocity. C) instantaneous acceleration. D) average acceleration...
...acceleration. D) average acceleration E) none of...
...velocity. C) instantaneous acceleration. D) average acceleration...
...acceleration. D) average acceleration E) none of...
...speed. C) instantaneous acceleration. D) average acceleration....
...acceleration. D) average acceleration. E) none of...
...2-2 represent(s) zero acceleration? A) only a...
...represent(s) constant positive acceleration? A) graph a...
...For constant linear acceleration, the position versus...
...For constant linear acceleration, the velocity versus...
...there is no acceleration. B) The acceleration...
...acceleration. B) The acceleration must be constant....
...constant. C) The acceleration must be constantly...
...increasing. D) The acceleration must be constantly...
...moving with constant acceleration. Which of the...
...direction when its acceleration is constant? A)...
...be negative? A) acceleration of gravity B)...
...magnitude of the acceleration of D is...
...magnitude of the acceleration of C. B)...
...magnitude of the acceleration of C is...
...magnitude of the acceleration of D. C)...
...have a varying acceleration along the hill....
...have the same acceleration, both up the...
...have a constant acceleration up the hill,...
...a larger constant acceleration when it comes...
...have a constant acceleration up the hill,...
...a smaller constant acceleration when it comes...
...is the SI acceleration of gravity? A)...
...physical unit represents acceleration in the British...
...B) Both its acceleration and its velocity...
...C) Neither its acceleration nor its velocity...
...constant. D) Its acceleration is constant. Answer:...
...highest point? A) acceleration B) displacement C)...
...straight up, the acceleration at its highest...
...point under an acceleration due to gravity....
...direction is the acceleration at t =...
...direction is the acceleration at t =...
...is the average acceleration of the particle...
...is the instantaneous acceleration equal to zero...
...8.0 seconds. The acceleration was equivalent to...
...was the average acceleration of the bullet...
...Assuming a constant acceleration, how long did...
...was its average acceleration (m/s2) as it...
...moving after this acceleration? Answer: (a) 100....
...is the average acceleration of the bullet?...
...magnitude of the acceleration of gravity on...
...is the average acceleration of the particle...
...meet. E) the acceleration of D is...
...up. E) the acceleration of D is...
...s. Assuming the acceleration is constant, what...
...moves with constant acceleration of 2 m/s2...
...stop with constant acceleration of -2 m/s2....
...assume that the acceleration of gravity is...

...the term “centripetal acceleration” is unnecessary jargon....
...orbiting object's “centripetal acceleration,” just refer to...
...refer to its “acceleration.” Stick to the...
...direction of the acceleration of the moon...
...not surprising. The acceleration can be neither...
...a circle: the acceleration is directed inward....
...have the larger acceleration (because of Newton's...
...have this larger acceleration, the Earth satellite...

...of velocity and acceleration to describe the...
...proceeds at zero acceleration, then forced motion...
...proceed at non-zero acceleration. Forces cause accelerations....
...with the same acceleration) as basic, rather...
...produced the larger acceleration? Tap a ball...
...The result is acceleration is proportional to...
...of resistance to acceleration—different amounts of inertia....
...of resistance to acceleration” that a body...
...doesn't change, then acceleration is proportional to...
...results in an acceleration of 1 m/s....
...you have an acceleration (because the direction...
...6. The object's acceleration during the exertion...
...than the object's acceleration during the exertion...
...Thus the ball's acceleration is also downward,...
...says that the acceleration is in the...
...the net force. Acceleration and net force...
...moving with no acceleration has several forces...
...to cause the acceleration. The second car...
...the kick, the acceleration must be zero...
...no air, Ned's acceleration is 9.8 m/s....
...not accelerated. The acceleration is zero. 20....
...provide the upward acceleration. For the downward...
...For the downward acceleration, the apple's weight...
...a much larger acceleration than does Earth,...
...experiences the larger acceleration because it has...
...47. The apple's acceleration is 9.8 m/s....
...9.8 m/s. Earth's acceleration would be: a...
...be accelerating. The acceleration could be forward...
...for the “natural” acceleration of 9.8 m/s...
...a relatively brief acceleration period while leaving...
...half of the acceleration of gravity: 4.9...
...weight, the skydiver's acceleration would be zero,...
...2 16. Your acceleration is a =...
...m/s. Your friend's acceleration is a =...
...18. The car's acceleration is a =...
...The 2 truck's acceleration is a =...

...law) Velocity and acceleration *Falling objects General...
...speed” and “constant acceleration” can be misleading....
...with a “constant acceleration” could mean a...
...has an unchanging acceleration. The problem is...
...motion: velocity and acceleration. We define these...
...velocities? Section 3.5 Acceleration is a subtle...
...qualitative meaning of “acceleration.” Without elaboration, state...
...or write an acceleration means any change...
...between velocity and acceleration: An object can...
...velocity without an acceleration, it can have...
...can have an acceleration without a velocity...
...three types of acceleration: the traditional speeding-up...
...provide a physical acceleration to the car....
...Question: Name three acceleration devices in a...
...speeding-up kind of acceleration. Definitions in physics:...
...instance, the physicist's “acceleration” is related to...
...like “velocity” and “acceleration” in the ways...
...Thus, we defined acceleration to include slowing...
...three kinds of acceleration. Limiting “acceleration” to...
...of acceleration. Limiting “acceleration” to “speeding up”...
...quantitative meaning of acceleration, this is a...
...down the definition acceleration = change in...
...m/s. So 2 acceleration = (10 m/s)/(1...
...Note that the acceleration is unchanging: 10...
...with approximately this acceleration, called the acceleration...
...acceleration, called the acceleration due to gravity....
...second. So the acceleration is 10 meters...
...value of the acceleration due to gravity....
...velocity (23–26, 34–35), acceleration (28–30, 35–37), Galileo...
...ball has any acceleration. The lower ball...
...this is an acceleration. 19. No, you...
...how long each acceleration took. 20. The...
...does not change. Acceleration remains zero, so...
...does not change. Acceleration remains zero, so...
...m/s. 32. Its acceleration is the same...
...with an unchanging acceleration. Its velocity is...
...change (they increase). Acceleration does not change...
...2 36. Its acceleration is about 10...
...different, because the acceleration due to gravity...
...motion with unchanging acceleration, distance is proportional...

...change? Does its acceleration differ while falling...
...Is an object’s acceleration always in the...
...Is an object’s acceleration always in the...
...happens to its acceleration? What if you...
...happens to its acceleration? What if you...
...zero? Is the acceleration zero? Is the...
...about the object’s acceleration during the exertion...
...of the ball’s acceleration? Are the net...
...force and the acceleration in the same...
...highway with an acceleration of A second...
...Find the rock’s acceleration, assuming that there...
...be the rock’s acceleration after your foot...
...and the rock’s acceleration. What can you...
...would be Ned’s acceleration if there were...
...car and the acceleration of the car...
...just as much acceleration as the boulder...
...experiences the larger acceleration? 36. When a...
...is the apple’s acceleration? Find the acceleration...
...acceleration? Find the acceleration that the apple...
...have a forward acceleration? Could it have...
...have a backward acceleration? 52. There are...
...There are three acceleration devices on any...
...what kinds of acceleration does each one...
...Find the vehicle’s acceleration. 2. How large...
...large is the acceleration of a 60...
...would a skydiver’s acceleration be if air...
...larger than the acceleration due to gravity!)...
...fall with an acceleration of 9. An...
...pole with an acceleration of What is...
...Find the runner’s acceleration and the frictional...
...what is your acceleration? 15. Your friend...
...what is your acceleration? What is your...
...is your friend’s acceleration? 17. A small...
...find the car’s acceleration. Is this a...
...down” type of acceleration? Find the truck’s...
...Find the truck’s acceleration. Is this of...

...such a body’s acceleration? 9. Which of...
...so, give one. Acceleration 17. A car...
...to measure its acceleration. 18. How is...
...18. How is acceleration related to velocity?...
...has a nonzero acceleration? 20. If an...
...position is its acceleration greatest? 23. What...
...of the phrase “acceleration due to gravity”?...
...has the greater acceleration? The greater speed?...
...answer in km/hr. Acceleration 16. A French...
...What is its acceleration? 17. Is the...
...had the greater acceleration? Explain. 20. Figure...
...have a large acceleration? Can a fast-moving...
...have a small acceleration? 23. Which devices...
...designed to cause acceleration? 24. For an...
...point), speed, velocity, acceleration? 25. An automobile...
...point), speed, velocity, acceleration? 26. A ball...
...s. Find her acceleration. 28. A car...
...s. Find its acceleration. Drag racers can...
...big is this acceleration? 29. Find the...
...29. Find the acceleration of a car...
...is the ball’s acceleration larger? At which...
...point), speed, velocity, acceleration? 35. As an...
...will be its acceleration at the end...
...and average speed. Acceleration (You will need...
...and maintains an acceleration of 4.5 (km/hr)/s...
...accelerator, causing an acceleration of 2.25 (km/hr)/s,...
...straight highway. Its acceleration is unchanging. How...