Q. The moment of a force is

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Q. By adding all the moments in the clockwise direction and subtracting the moments in the anticlockwise direction, we can have the

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Q. The turning effect of a force is also known as a force's

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Q. By knowing the magnitude of the force and its perpendicular distance from the pivot, we can measure the

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Q. The SI unit of the moment of a force is

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Q. The amount by which the door turns depends on

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Q. To completely describe the moment of a force, we need to state its

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Q. If d is the perpendicular distance from pivot(in m) and F is the force (in N) , then Moment of a force is calculated by

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Q. The product of the force and the perpendicular distance from the pivot to the line of action of the force is called

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Q. If an object's center of gravity neither rises nor falls and stays at the same height, when it is slightly displaced, it is in the state of

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Q. If an object returns to its original position when it is slightly displaced, it is in the state of

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Q. If an object topples when it is slightly displaced, it is in the state of

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Q. To increase the stability of an object, the area of its base should be

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Q. Bunsen burners are designed with

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Q. The ability of an object to return to its original position after it has been tilted slightly is known as

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Q. To increase the stability of an object, the center of gravity should be

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Q. It has a low center of gravity and a broad base

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Q. We can write 2 mega joules in standard form as

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Q. We can write 1 kilometer in standard form as

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Q. The total basic physical quantities are

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