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2. The slotted arm rotates about its center in a horizontal plane at a constant rate of Ở = 10 rad/s and carries a 3.22-pound spring mounted slider which oscillates freely in the slot. If the spring has a constant of 36 lb/in, write an equation for the • Normal force as a function of † • The second derivative of r, †, as a function of r? 10 rad/ane 24 in Jee

2. The slotted arm rotates about its center in a horizontal plane at a constant rate of Ở = 10 rad/s and carries a 3.22-pound spring mounted slider which oscillates freely in the slot. If the spring has a constant of 36 lb/in, write an equation for the • Normal force as a function of † • The second derivative of r, †, as a function of r? 10 rad/ane 24 in Jee

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2. The slotted arm rotates about its center in a horizontal plane at a constant rate of ở = 10 rad/s and carries a 3.22-pound spring = 10 rad/see mounted slider which oscillates freely in the slot. If the spring 24 in Jsee has a constant of 36 lb/in, write an equation for the • Normal force as a function of ř • The second derivative of r, †, as a function of r?
Transcribed Image Text:2. The slotted arm rotates about its center in a horizontal plane at a constant rate of ở = 10 rad/s and carries a 3.22-pound spring = 10 rad/see mounted slider which oscillates freely in the slot. If the spring 24 in Jsee has a constant of 36 lb/in, write an equation for the • Normal force as a function of ř • The second derivative of r, †, as a function of r?
Expert Solution
Step 1

Given:-

             Mass of the slider m= wg

Where,

 w = weight of the slider 

g = acceleration due to gravity.

Plug the value 

w = 3.22 lb

g = 32.2 ft2/s

                         m = 3.2232.2 = 0.1 slug

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