A spring with a spring constant 7.80 times 10^(3)(N)/(m) is compressed 0.55 m , with a block that has a mass of 4.3 kg . After the spring "shoots" the block, the block travels up a 37 deg incline. a. Determine the elastic potential energy stored in the spring before the block is released. [T - 3 marks] b. How far along the incline, d , will the bl

Question

A spring with a spring constant 7.80 times 10^(3)(N)/(m) is compressed 0.55 m , with a block that has a mass of 4.3 kg . After the spring &#34;shoots&#34; the block, the block travels up a 37 deg  incline. a. Determine the elastic potential energy stored in the spring before the block is released. [T - 3 marks] b. How far along the incline, d , will the block travel before coming to rest? [T - 3 marks]

Accepted Answer

Expert Answer to - A spring with a spring constant 7.80 times 10^(3)(N)/(m) is compressed 0.55 m , with a block that ha

Answer

Solution for - A spring with a spring constant 7.80 times 10^(3)(N)/(m) is compressed 0.55 m , with a block that ha

Answer

This an additional answer to - A spring with a spring constant 7.80 times 10^(3)(N)/(m) is compressed 0.55 m , with a block that ha

(Solved): A spring with a spring constant 7.80\times 10^(3)(N)/(m) is compressed 0.55 m , with a block that ha ...

View Expert Answer

Expert Answer

Buy This Answer $5

Place Order

We Provide Services Across The Globe