A 100 kg one-man bobsled starts from rest 50 m from the end of an icy, 15° slope. A giant 2.0-m-long spring is placed against a barricade at the bottom of the slope. (Figure 1) shows a coordinate system with the origin at the base of the spring. The bobsled brake fails to work, and the sled crashes into the spring. The spring compresses 75 cm before expanding and shooting the bobsled back up the slope. What is the spring constant of the spring?

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A 100 kg one-man bobsled starts from rest 50 m from the end of an icy, 15° slope.
A giant 2.0-m-long spring is placed against a barricade at the bottom of the slope.
(Figure 1) shows a coordinate system with the origin at the base of the spring. The
bobsled brake fails to work, and the sled crashes into the spring. The spring
compresses 75 cm before expanding and shooting the bobsled back up the slope.
What is the spring constant of the spring?
Figure
y
15°
·X
1 of 1
Transcribed Image Text:A 100 kg one-man bobsled starts from rest 50 m from the end of an icy, 15° slope. A giant 2.0-m-long spring is placed against a barricade at the bottom of the slope. (Figure 1) shows a coordinate system with the origin at the base of the spring. The bobsled brake fails to work, and the sled crashes into the spring. The spring compresses 75 cm before expanding and shooting the bobsled back up the slope. What is the spring constant of the spring? Figure y 15° ·X 1 of 1
Part A
Which energies change as the bobsled moves down the slope and hits the spring?
Select all that apply.
Gravitational potential energy
Elastic potential energy
Kinetic energy
Thermal energy
Submit Request Answer
Transcribed Image Text:Part A Which energies change as the bobsled moves down the slope and hits the spring? Select all that apply. Gravitational potential energy Elastic potential energy Kinetic energy Thermal energy Submit Request Answer
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