15. A student conducts an experiment in which an object is released from 1 p rest above a motion detector so that data can be collected about the object's motion as the object falls to the ground, as shown in the graph below. The experiment is conducted near Earth's surface. All frictional forces are considered to be negligible unless otherwise stated. * y 3000- 2500+ 2000+ 1500+ 1000 500- 0+ 4 Time (s) 3000- 3000 2500- 2000- 2500 3 2000- 1500 1500 * 1000- 1000 500- 500 Time (s) Time (s) O (A) O (B) - 3000 2500 2000 3000- 2500- 2000- - 1500 1500 1000- 1000 500 500 Time (s) Time s O (D) (C) Kinetic Energy (J) "n+
15. A student conducts an experiment in which an object is released from 1 p rest above a motion detector so that data can be collected about the object's motion as the object falls to the ground, as shown in the graph below. The experiment is conducted near Earth's surface. All frictional forces are considered to be negligible unless otherwise stated. * y 3000- 2500+ 2000+ 1500+ 1000 500- 0+ 4 Time (s) 3000- 3000 2500- 2000- 2500 3 2000- 1500 1500 * 1000- 1000 500- 500 Time (s) Time (s) O (A) O (B) - 3000 2500 2000 3000- 2500- 2000- - 1500 1500 1000- 1000 500 500 Time (s) Time s O (D) (C) Kinetic Energy (J) "n+
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A student conducts an experiment in which an object is released from rest above a motion detector so that data can be collected about the object’s motion as the object falls to the ground, as shown in the graph below. The experiment is conducted near Earth’s surface. All frictional forces are considered to be negligible unless otherwise stated. (Homework.)
Transcribed Image Text:15. A student conducts an experiment in which an object is released from
1 p
rest above a motion detector so that data can be collected about the
object's motion as the object falls to the ground, as shown in the graph
below. The experiment is conducted near Earth's surface. All frictional
forces are considered to be negligible unless otherwise stated. *
y
3000-
2500+
2000+
1500+
1000
500-
0+
4
Time (s)
3000-
3000
2500-
2000-
2500
3 2000-
1500
1500
* 1000-
1000
500-
500
Time (s)
Time (s)
O (A)
O (B)
-
3000
2500
2000
3000-
2500-
2000-
- 1500
1500
1000-
1000
500
500
Time (s)
Time s
O (D)
(C)
Kinetic Energy (J)
"n+
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