Solved by Expert Tutors
Solved by Expert Tutors
Question

First, orient yourself to the tools you have available in the program.

Begin by placing the 50 g mass on spring #1. 
i) (0.5 pt) How much does the spring stretches from its equilibrium position when you hang the 50 g mass so that it is stationary on the spring? Hint: Use the moveable ruler, dashed line to help make this measurement. 


 


ii) (1 pt) In this configuration, what is the force exerted by gravity on this mass? 




iii) (0.5 pt) When at rest, what is the net force acting on the mass?


 
iv) (0.5 pt) How far does the spring stretch from its equilibrium position when you hang the 100 g mass so that it is stationary on the spring? 


 




v) (1 pt) Explain your reasoning for ii and iii in the context of what it is that determines how far the spring will stretch. Identify the physics principles you used and explain how you applied them to the situation to arrive at your answer. 

Step-by-step answer

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Subject: Physics, Science

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