(C) force is defined as a vector quantity,meaning it has both magnitude and direction. For a force to be considered constant,both its magnitude and it

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When both the magnitude and the direction of the force remain constant throughout the displacement.

(C) force is defined as a vector quantity,meaning it has both magnitude and direction. For a force to be considered constant,both its magnitude and its direction must remain unchanged throughout the entire process of displacement. If either the magnitude or the direction changes,the force is considered a variable force. Therefore,the correct condition is that both the magnitude and the direction of the force remain constant.

Class 11 Physics Work, Energy, Power and Collision Work Done by Constant Force

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Under what condition is a force considered constant when it causes displacement?

A
When the magnitude of the force remains the same throughout the displacement.
B
When the direction of the force remains the same throughout the displacement.
C
When both the magnitude and the direction of the force remain constant throughout the displacement.
D
When the force is zero.

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Work, Energy, Power and Collision

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Work Done by Constant Force

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$A$ body moves a distance of $10 \ m$ along a straight line under the action of a force of $5 \ N$. If the work done in this process is $25 \ J$,what is the angle between the force and the displacement in degrees?

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Given that a force $\vec{F}$ acts on a body for time $t_1$ and displaces the body by $\vec{d}$. In which of the following cases must the velocity of the body increase?

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$A$ ball of mass $m$ is attached to a string whose other end is fixed. The system is free to rotate in a vertical plane. When the ball swings,no work is done on the ball by the tension in the string. Which of the following statements is the correct explanation?

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Under what condition is a force considered constant when it causes displacement?

Similar Questions

$A$ block of mass $2 \,kg$ is pulled at a constant speed with a taut rope along a frictionless plane that is inclined at $30^{\circ}$. Then the work done by the tension in the rope in pulling it a distance $4 \,m$ along the inclined plane in joule is (acceleration due to gravity $= 10 \,ms^{-2}$)

$A$ body moves a distance of $10 \ m$ along a straight line under the action of a force of $5 \ N$. If the work done in this process is $25 \ J$,what is the angle between the force and the displacement in degrees?

$A$ small particle moves to position $5 \hat{i}-2 \hat{j}+\hat{k}$ from its initial position $2 \hat{i}+3 \hat{j}-4 \hat{k}$ under the action of force $5 \hat{i}+2 \hat{j}+7 \hat{k} \text{ N}$. The value of work done will be $............ \text{ J}$.

Given that a force $\vec{F}$ acts on a body for time $t_1$ and displaces the body by $\vec{d}$. In which of the following cases must the velocity of the body increase?

$A$ ball of mass $m$ is attached to a string whose other end is fixed. The system is free to rotate in a vertical plane. When the ball swings,no work is done on the ball by the tension in the string. Which of the following statements is the correct explanation?

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