Q. Velocity, displacement and force are the examples of

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Q. The gravitational pull of the Earth on an object

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Q. A mass of weight W is supported by 2 strings. If the tension in each string is 10 N, the value of W is

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Q. Friction and resistance cause energy loss in the form of

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Q. The push or pull between electric charges is termed as

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Q. The force that is found in fluids such as oil or air is known as

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Q. A bus has been stucked in a river and then being pulled by two vehicles. If each vehicle exerts a force of 3000 N, then the resultant force would be

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Q. A force of 1 newton is roughly the amount of force the Earth's gravity pulls on a

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Q. The resultant force can be found by taking one direction as positive and the opposite as negative, and then adding up the forces to find the resultant force for

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Q. The pull at both ends of a stretched spring, string or rope is called

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Q. The physical quantities that have magnitude only are called

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Q. The push experienced when two objects are pressed together is known as

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Q. The SI unit of force is

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Q. The physical quantities that have magnitude and direction are called

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Q. A push or pull that one object exerts on another is known as

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Q. Time, volume, speed and energy are the examples of

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Q. The push or pull between magnets only or magnets on magnetic materials

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Q. The resultant force can be found by adding the vectors using the parallelogram method or the tip-to-tail method for

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Q. When we add two vectors, the single vector as a result is known as the

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Q. The force that opposes motion and exist between the surfaces of two objects in contact is called

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