Physics, asked by janav45, 1 year ago

The velocity of a body depends on time according to the equation v = 20+ 0.1t. The body is undergoing
(A) Uniform acceleration
(B) Uniform retardation
(C) Non-uniform acceleration
(D) Zero acceleration

Answers

Answered by rushikesh11111111

Answer:

Explanation:

we can observe that increase in time is increase in velocity.

so it's uniform acceleration.

janav45: The displacement is given as, y = a + bt + ct2 - dt4. To find the velocity at any instant differentiate it with respect to t.

The acceleration of the particle is dependent on time. At t = 0 s, the acceleration is 2c, and then it keeps on decreasing.

Hope this helps you,

Keep posting and have a great day!

janav45: sorry sent by mistake

rushikesh11111111: ok

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The velocity of a body depends on time according to the equation v = 20+ 0.1t. The body is undergoing(A) Uniform acceleration(B) Uniform retardation(C) Non-uniform acceleration(D) Zero acceleration​

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The velocity of a body depends on time according to the equation v = 20+ 0.1t. The body is undergoing
(A) Uniform acceleration
(B) Uniform retardation
(C) Non-uniform acceleration
(D) Zero acceleration