Physics, asked by smadhu3535, 3 months ago

. A horse shoe magnet is held vertically upwards with the N-pole is on left. A wire passing between the poles carries a current directed away from you.

What is the direction of magnetic force exerted on the wire?​

Answers

Answered by Anonymous
1

Answer:

Given that,

Load = 120 kgf

Effort = 21 kgf

We know that,

Mechanical Advantage = load/ effort

M.A=  

E

L

​  

 

M.A=  

21

120

​  

 

M.A=5.7

Hence, the mechanical advantage of machine is 5.7

Explanation:

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