To satisfy first condition of equilibrium if rightward forces are positive leftward forces must be
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Here is Your Answer....!!!!!
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☆Actually welcome to the concept of the Equilibrium. ....
☆Basically we know that for the condition of Equilibrium. ...
□THE NET FORCE ACTING ON THE BODY SHOULD BE ALWAYS ZERO .....
☆thus here the for making the Net force zero .....
☆There should be cancellation of the force from both sides ...
■THUS, THE LEFT WARD FORCES MUST BE NEGATIVE OR OPPOSITE TO THE DIRECTION WITH SAME MAGNITUDE. ....
_________________________________
Hope it helps u.......☺
Here is Your Answer....!!!!!
_______________________________
☆Actually welcome to the concept of the Equilibrium. ....
☆Basically we know that for the condition of Equilibrium. ...
□THE NET FORCE ACTING ON THE BODY SHOULD BE ALWAYS ZERO .....
☆thus here the for making the Net force zero .....
☆There should be cancellation of the force from both sides ...
■THUS, THE LEFT WARD FORCES MUST BE NEGATIVE OR OPPOSITE TO THE DIRECTION WITH SAME MAGNITUDE. ....
_________________________________
Hope it helps u.......☺
Answered by
0
Answer:
To satisfy first condition of equilibrium if rightward forces are positive leftward forces must be negative
Explanation :Conditions for equilibrium require that the sum of all external forces acting on the body is zero (first condition of equilibrium), and the sum of all external torques from external forces is zero (second condition of equilibrium). These two conditions must be simultaneously satisfied in equilibrium.
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