A man landing with a parachute assumes a constant velocity a few 100 m above the ground- The man along with the parachute is said to be atA- Kinetic EquilibriumB- Static EquilibriumC- Rotational EquilibriumD- Dynamic Equilibrium

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Standard X

Physics

Free Fall

A man landing...

Question

A man landing with a parachute assumes a constant velocity a few 100 m above the ground. The man along with the parachute is said to be at

Static Equilibrium

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Kinetic Equilibrium

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Rotational Equilibrium

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Dynamic Equilibrium

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Solution

The correct option is D
Dynamic Equilibrium

As the man and the parachute lands with constant velocity the net or resultant force on the man is zero and as a consequence they are said to be at Dynamic Equilibrium.

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Question 19

Fig. shows a man with a parachute. Name the force which is responsible for his downward motion. Will he come down with the same speed without the parachute?

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A man landing with a parachute assumes a constant velocity a few 100 m above the ground. The man along with the parachute is said to be at

The correct option is D Dynamic EquilibriumAs the man and the parachute lands with constant velocity the net or resultant force on the man is zero and as a consequence they are said to be at Dynamic Equilibrium.

The correct option is D
Dynamic Equilibrium

As the man and the parachute lands with constant velocity the net or resultant force on the man is zero and as a consequence they are said to be at Dynamic Equilibrium.