Dyanimcs problem. find the dustance traveled using of a cart

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The discussion revolves around solving a dynamics problem involving a cart and a spring system. The system is initially released from rest with a spring stretched by 200mm, and the goal is to determine the distance traveled by a 10kg cart under two scenarios: when the mass approaches zero and when it is 2kg. The participant attempted to equate the work done by the cart and the spring, calculating the cart's acceleration and forces involved. However, they encountered difficulties in integrating the equations to find the correct distance, resulting in an incorrect answer. The participant also faced issues with file sharing, complicating the discussion further.
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Homework Statement


The system is released from rest with no slack in the cable and with the spring stretched 200mm. Determine the distance s traveled by the 10kg cat before it comes to rest (a) if m approaches zero and (b) if m = 2kg. Assume no mechanical interference.
Mass of cart = 10kg, k = 125 the spring starts stretched .2m

Homework Equations



I have attached a picture of the problem n as well as my attempt at solving it.

The Attempt at a Solution


I assumed the work of the cart would equal that of the spring. I found the acceleration of the cart is twice that of the spring through f = ma I got
10kg (g) sin25 - T = mAx

And in the y firection for the spring assumed the force of the spring down is equal to twice that of T with Fs = 125/2 (.2^2 -(.2-d)^2)

From here I tried set ting the work of each equal to each other and integrating and got the wrong answer.
 

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I hope it worked this time. The preview showed up fine on my end
 

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