Question

Q1. [20 held against a vertical wall, constant of k = 47.5 N/m.) ine that one of our spring-loaded carts (m 0.125 kg) is pushed and compressing the spring by a distance of 0.12 m. (The spring has a 0.12 m and spring inside your bound- ary. Draw the energy pie charts for the cart and spring at two moments in time: ) just after the cart has been released, while the spring is still totally loses contact with the wall (and returns to its normal length). ny Daw eeg pis compressed, and (ii) just after the spring (b) [5 points] What is the velocity of the cart just after the spring loses contact with the wall?

Answer 1

Pago No Date 5X012 2012 ( iつ Coat Sg