A 0.300 kg toy has a spring attached to it so it can be shot straight up into the air. The spring is compressed 0.0500 m and has a spring constant of 300. N/m. A) Find the KE of the object when it is shot into the air. B) Find the maximum height of the toy (relative to the end of the barrel
A 0.300 kg toy has a spring attached to it so it can be shot straight up into the air. The spring is compressed 0.0500 m and has a spring constant of 300. N/m. A) Find the KE of the object when it is shot into the air. B) Find the maximum height of the toy (relative to the end of the barrel
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter8: Conservation Of Energy
Section: Chapter Questions
Problem 3PQ
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4. A 0.300 kg toy has a spring attached to it so it can be shot straight up into the air. The spring is
compressed 0.0500 m and has a spring constant of 300. N/m. A) Find the KE of the object when
it is shot into the air. B) Find the maximum height of the toy (relative to the end of the barrel).
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First Question is, Isnt the Formula for KE = 1/2 mV^2 and not 1/2KX^2, and if you are correct could you explain why we had to use that formula (Im assuming because we dont have velocity)
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