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Questions and Answers
In Lami's theorem, what is the condition for the forces to be in equilibrium?
In Lami's theorem, what is the condition for the forces to be in equilibrium?
- The forces must be parallel
- The forces must be perpendicular
- The forces must be concurrent
- The forces must be collinear (correct)
According to Lami's theorem, what is the relationship between the magnitudes of three coplanar forces in equilibrium?
According to Lami's theorem, what is the relationship between the magnitudes of three coplanar forces in equilibrium?
- They must all be equal
- The sum of two forces must be equal to the third force (correct)
- The sum of two forces must be less than the third force
- The sum of two forces must be greater than the third force
What is the significance of Lami's theorem in engineering and physics?
What is the significance of Lami's theorem in engineering and physics?
- It helps in calculating the acceleration of objects
- It helps in determining the torque exerted by forces
- It helps in measuring the velocity of objects
- It helps in analyzing the equilibrium of forces (correct)
According to Lami's theorem, what is the condition for three coplanar forces to be in equilibrium?
According to Lami's theorem, what is the condition for three coplanar forces to be in equilibrium?
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In Lami's theorem, what is the relationship between the magnitudes of three coplanar forces in equilibrium?
In Lami's theorem, what is the relationship between the magnitudes of three coplanar forces in equilibrium?
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What is the significance of Lami's theorem in mechanics?
What is the significance of Lami's theorem in mechanics?
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