An accelerating object travels 12 meters from rest in a certain time. How far (in meters)...
An accelerating object travels 12 meters from rest in a certain time. How far (in meters) could it have traveled from rest in triple the time?
Homework Answers
Distance traveled by train is proportional to square of time taken
In triple time, distance travelled will be 3²=9 times
Therefore, distance travelled will be 9*12=108 m
Add Answer to:
An accelerating object travels 12 meters from rest in a certain
time. How far (in meters)...
please answer in TERMS of vi, vf, a, t, and x please help with #3, #4,...
please answer in TERMS of vi, vf, a, t, and x
please help with #3, #4, and #5! Much appreciated!!!
An accelerating object travels 12 meters from rest in
a certain time. How far in meters could it have traveled from rest
in the triple time?
2. An object moving along the x-axis initially has a velocity of 60 m/s and is slowing down at the rate of 4 m/s per second. How far (in meters) will it travel before...
1. The velocity of an object traveling along the x-axis changes from 20 m/s to 60...
1. The velocity of an object traveling along the x-axis changes from 20 m/s to 60 m/s in 10 seconds. What was the displacement that occurred during this time? 2. An object moving along the x-axis initially has a velocity of 60 m/s and is slowing rest? down at the rate of 4 m/s per second. How far (in meters) will it travel before coming to 3. An accelerating object travels 12 meters from rest in a certain time. How...
A speed-time graph is shown below: Speed vs. Time Speed (cm/e) > Time (seconds) How far...
A speed-time graph is shown below: Speed vs. Time Speed (cm/e) > Time (seconds) How far did the object travel by the end of eight seconds, according to the graph above? Olt traveled 12 centimeters. It traveled 16 centimeters. It traveled 24 centimeters. It traveled 32 centimeters. A position-time graph is shown below: Position vs. Time + Position (cm) -> N- Time (s) ) Which statement accurately describes the speed of the object in the graph above over the four...
A predatory fish accelerates from rest to 3.31m/s in 0.26s. How far, in meters, did the...
A predatory fish accelerates from rest to 3.31m/s in 0.26s. How far, in meters, did the fish travel in this time?
A predatory fish accelerates from rest to 4.14m/s in 0.17s. How far, in meters, did the...
A predatory fish accelerates from rest to 4.14m/s in 0.17s. How far, in meters, did the fish travel in this time?
A certain amount of work(W) is done in accelerating block from rest to 12km/h. How much...
A certain amount of work(W) is done in accelerating block from rest to 12km/h. How much work, AS A MULTIPLE OF W, must be done in accelerating the car from 12km/h to 30km/h? EXPLAIN.
Certain amount of work, W, is done in accelerating a car from rest to 8.3m/s. How...
Certain amount of work, W, is done in accelerating a car from rest to 8.3m/s. How much work, as a multiple of W, must be done to accelerate car from 8.3m/s to 27.8m/s? Explain.
How far does it travel in meters as it accelerates from rest up to its maximum...
How far does it travel in meters as it accelerates from rest up to its maximum speed? It has an acceleration of 0.849 meter per second squared It has a maximum speed of 329 meters per minute. Remember to just give me the number here. I have already given you the unit, metres. This sil program has problems with units
For a certain interval of time, an object is acted on by a constant non zero...
For a certain interval of time, an object is acted on by a constant non zero force. Which of the following statements is true for this interval of time? The objects' velocity changes. The object is moving with constant velocity The object is accelerating. The object is at rest. The object's velocity can only increase.
For a certain interval of time, an object is acted on by a constant non-zero force....
For a certain interval of time, an object is acted on by a constant non-zero force. Which of the following statements is true for this interval of time? (Select all that apply.) The object's velocity changes. The object is moving with constant velocity. The object's velocity can only increase. The object is at rest. The object is accelerating.
please answer in TERMS of vi, vf, a, t, and x
please help with #3, #4, and #5! Much appreciated!!!
An accelerating object travels 12 meters from rest in
a certain time. How far in meters could it have traveled from rest
in the triple time?
2. An object moving along the x-axis initially has a velocity of 60 m/s and is slowing down at the rate of 4 m/s per second. How far (in meters) will it travel before...
1. The velocity of an object traveling along the x-axis changes from 20 m/s to 60 m/s in 10 seconds. What was the displacement that occurred during this time? 2. An object moving along the x-axis initially has a velocity of 60 m/s and is slowing rest? down at the rate of 4 m/s per second. How far (in meters) will it travel before coming to 3. An accelerating object travels 12 meters from rest in a certain time. How...
A speed-time graph is shown below: Speed vs. Time Speed (cm/e) > Time (seconds) How far did the object travel by the end of eight seconds, according to the graph above? Olt traveled 12 centimeters. It traveled 16 centimeters. It traveled 24 centimeters. It traveled 32 centimeters. A position-time graph is shown below: Position vs. Time + Position (cm) -> N- Time (s) ) Which statement accurately describes the speed of the object in the graph above over the four...
How far does it travel in meters as it accelerates from rest up to its maximum speed? It has an acceleration of 0.849 meter per second squared It has a maximum speed of 329 meters per minute. Remember to just give me the number here. I have already given you the unit, metres. This sil program has problems with units
For a certain interval of time, an object is acted on by a constant non zero force. Which of the following statements is true for this interval of time? The objects' velocity changes. The object is moving with constant velocity The object is accelerating. The object is at rest. The object's velocity can only increase.
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