Cart A had a mass of 250g, and it rolled down an incline before it caught up to cart B whic had a mass of 350g. Cart A started from rest, 1.00m vertically above the level of cart B. Cart B was moving at 1.50m/s [right] before cart A collided with it. Cart B has a compression-spring connected to its rear side so that Cart A compresses the spring as it collides with Cart B. The spring constant of the compression spring was 200.0N/m. a. Determine the maximum compression of the spring as the carts collide b. Determine the velocities of each of the carts once the spring has completely recoile

Cart A had a mass of 250g, and it rolled down an incline before it caught up to cart B whic had a mass of 350g. Cart A started from rest, 1.00m vertically above the level of cart B. Cart B was moving at 1.50m/s [right] before cart A collided with it. Cart B has a compression-spring connected to its rear side so that Cart A compresses the spring as it collides with Cart B. The spring constant of the compression spring was 200.0N/m. a. Determine the maximum compression of the spring as the carts collide b. Determine the velocities of each of the carts once the spring has completely recoile

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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5. Cart A had a mass of 250g, and it rolled down an incline before it caught up to cart B which
had a mass of 350g. Cart A started from rest, 1.00m vertically above the level of cart B.
Cart B was moving at 1.50m/s [right] before cart A collided with it. Cart B has a
compression-spring connected to its rear side so that Cart A compresses the spring as it
collides with Cart B. The spring constant of the compression spring was 200.0N/m.
a. Determine the maximum compression of the spring as the carts collide
b. Determine the velocities of each of the carts once the spring has completely recoiled

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