1. Am = 0.50 kg cart attached to a spring is pulled a distance D = 0.20 m to the right from the spring's equilibrium position. The cart is then released at t = 0.00 s. Assume friction and drag are negligible. For all questions, show your work so I can follow your reasoning. a. The cart first arrives at its farthest left position at time t = 1.75 s. What is the spring constant of the spring? Immmm5 equilibrium position of cart 109 b. What is the cart's maximum speed during its motion? ( c. What is the cart's velocity at t = 0.40 s? (Don't forget to put your calculator in radians mode for this!) t
1. Am = 0.50 kg cart attached to a spring is pulled a distance D = 0.20 m to the right from the spring's equilibrium position. The cart is then released at t = 0.00 s. Assume friction and drag are negligible. For all questions, show your work so I can follow your reasoning. a. The cart first arrives at its farthest left position at time t = 1.75 s. What is the spring constant of the spring? Immmm5 equilibrium position of cart 109 b. What is the cart's maximum speed during its motion? ( c. What is the cart's velocity at t = 0.40 s? (Don't forget to put your calculator in radians mode for this!) t
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Transcribed Image Text:1. Am = 0.50 kg cart attached to a spring
is pulled a distance D = 0.20 m to the
right from the spring's equilibrium
position. The cart is then released at t =
0.00 s. Assume friction and drag are
negligible. For all questions, show your
work so I can follow your reasoning.
a. The cart first arrives at its
farthest left position at time t = 1.75 s. What is the spring constant of the
spring?
Immmm5
for (3) arte
0
equilibrium
position
of cart
b. What is the cart's maximum speed during its motion? (
D
woy wallot
c. What is the cart's velocity at t = 0.40 s? (Don't forget to put your calculator in
radians mode for this!) t
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