An object moves along one dimension with a constant acceleration of 4.20 m/s over a time interval. At the end of this Interval it has reachėd a VeldCit (a) f its original velocity is S.80 m/s, what is its displacement (in m) during the time interval? m. (b) What is the distance it travels (in m) during this interval? (C) A second object moves in one dimension, also with a constant acceleration of 4.20 m/s, but over some different time Interval. Like the first object, Its velocity at the end of the Interval is 11.6 m/s, but its initial velocity is-5.80 m/s. What is the displacement (in m) of the second object over this Interval? (d) What is the total distance traveled (In m) by the second object in part (c), during the Interval In part (c)?
An object moves along one dimension with a constant acceleration of 4.20 m/s over a time interval. At the end of this Interval it has reachėd a VeldCit (a) f its original velocity is S.80 m/s, what is its displacement (in m) during the time interval? m. (b) What is the distance it travels (in m) during this interval? (C) A second object moves in one dimension, also with a constant acceleration of 4.20 m/s, but over some different time Interval. Like the first object, Its velocity at the end of the Interval is 11.6 m/s, but its initial velocity is-5.80 m/s. What is the displacement (in m) of the second object over this Interval? (d) What is the total distance traveled (In m) by the second object in part (c), during the Interval In part (c)?
Transcribed Image Text:**Motion with Constant Acceleration**
An object moves along one dimension with a constant acceleration of \(4.20 \, \text{m/s}^2\) over a time interval. At the end of this interval, it has reached a velocity of \(11.6 \, \text{m/s}\).
**Questions:**
(a) If its original velocity is \(5.80 \, \text{m/s}\), what is its displacement (in meters) during the time interval?
- [Input box for the answer] m
(b) What is the distance it travels (in meters) during this interval?
- [Input box for the answer] m
(c) A second object moves in one dimension, also with a constant acceleration of \(4.20 \, \text{m/s}^2\), but over some different time interval. Like the first object, its velocity at the end of the interval is \(11.6 \, \text{m/s}\), but its initial velocity is \(-5.80 \, \text{m/s}\). What is the displacement (in meters) of the second object over this interval?
- [Input box for the answer] m
(d) What is the total distance traveled (in meters) by the second object in part (c), during the interval in part (c)?
- [Input box for the answer] m
**Notes:**
This exercise aims to apply concepts of motion with constant acceleration, utilizing equations of motion to determine displacement and distance.
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![**Motion with Constant Acceleration**
An object moves along one dimension with a constant acceleration of \(4.20 \, \text{m/s}^2\) over a time interval. At the end of this interval, it has reached a velocity of \(11.6 \, \text{m/s}\).
**Questions:**
(a) If its original velocity is \(5.80 \, \text{m/s}\), what is its displacement (in meters) during the time interval?
- [Input box for the answer] m
(b) What is the distance it travels (in meters) during this interval?
- [Input box for the answer] m
(c) A second object moves in one dimension, also with a constant acceleration of \(4.20 \, \text{m/s}^2\), but over some different time interval. Like the first object, its velocity at the end of the interval is \(11.6 \, \text{m/s}\), but its initial velocity is \(-5.80 \, \text{m/s}\). What is the displacement (in meters) of the second object over this interval?
- [Input box for the answer] m
(d) What is the total distance traveled (in meters) by the second object in part (c), during the interval in part (c)?
- [Input box for the answer] m
**Notes:**
This exercise aims to apply concepts of motion with constant acceleration, utilizing equations of motion to determine displacement and distance.](https://content.bartleby.com/qna-images/question/212f1a9d-c23e-4230-9cf0-4b21895c9148/9ba9f21b-4e67-448d-847d-936f32f0a975/3s1npk_processed.jpeg)
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