Question

Two aluminum soda cans are charged and repel each other, hanging motionless at an angle. which of the forces on the left can has the greatest magnitude?

Answer 1

Assuming that the can is motionless, we can then assume that the vertical component of T = mg and that Fe = the horizontal component of T. 
 Since T itself is larger than it's vertical or horizontal components separately, then T is greater than all the forces.

Answer 2

Accepting that the can is unmoving, we would then be able to expect that the vertical part of T = mg and that Fe = the even segment of T. Since T itself is bigger than it's vertical or even segments independently, at that point T is more prominent than every one of the powers.

Further Explanation:

Explanation:

You can see that both the cans are motion less than the only force which is greater than all the forces is only the one force that is called as torque which is represented by t.

Solution:

Accepting that the can is unmoving, we would then be able to expect that the vertical part of T = mg and that Fe = the even segment of T. Since T itself is bigger than it's vertical or even segments independently, at that point T is more prominent than every one of the powers

Answer:

T itself is bigger than it's vertical or even segments independently, at that point T is more prominent than every one of the powers thanks you so much hope you will understand it.

Answer Details:

Subject: Physics  

Level: High School

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Explanation:

Solution:

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