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Physics

General

Easy

Question

In the above figure acceleration (a) $not stretchy rightwards arrow$ time (t) graph is given. Hence $text V end text alpha horizontal ellipsis horizontal ellipsis$

a
$\sqrt{a}$
$a^{2}$
$a^{3}$

The correct answer is: $a squared$

Related Questions to study

A block of mass 2kg is free to move along the x- axis. It is at rest and from t=0 onwards it is subjected to a time-dependent force $F left parenthesis t right parenthesis$ in the x- direction. The force $F left parenthesis t right parenthesis$ varies with t as shown in the figure. The kinetic energy of the block after 4.5 seconds is

A block of mass 2kg is free to move along the x- axis. It is at rest and from t=0 onwards it is subjected to a time-dependent force $F left parenthesis t right parenthesis$ in the x- direction. The force $F left parenthesis t right parenthesis$ varies with t as shown in the figure. The kinetic energy of the block after 4.5 seconds is

physics-General

The resultant of two forces, one double the other in magnitude, is perpendicular to the smaller of the two forces. The angle between the two forces is -

The resultant of two forces, one double the other in magnitude, is perpendicular to the smaller of the two forces. The angle between the two forces is -

physics-General

Here is a velocity - time graph of a motorbike moving in one direction. Calculate the distance covered by it in last two seconds.

Here is a velocity - time graph of a motorbike moving in one direction. Calculate the distance covered by it in last two seconds.

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Here are the graphs of velocity $not stretchy rightwards arrow$ time of two cars A and B, Find the ratio of the acceleration. after time t.

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The intercept of the velocity-time graph on the velocity axis gives.

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Slope of the velocity-time graph gives …….. of a moving body

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The graph given in the figure shows that the body is moving with.....

The graph given in the figure shows that the body is moving with.....

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A particle is moving in a straight line with initial velocity of 10 ms^-1 A graph of acceleration $not stretchy rightwards arrow$ tine of the particle is given in the figure. Find velocity at t=10s.

A particle is moving in a straight line with initial velocity of 10 ms^-1 A graph of acceleration $not stretchy rightwards arrow$ tine of the particle is given in the figure. Find velocity at t=10s.

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The domain of the function $f left parenthesis x right parenthesis equals square root of cosec space x minus 1 end root text is end text$

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In the figure Velocity (V) $not stretchy rightwards arrow$ position graph is given. Find the true equation.

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Ball A is thrown in upward from the top of a tower of height h. At the same time ball B starts to fall from that point. When A comes to the top of the tower, B reaches the ground. Find the time to reach maximum height for A.

Ball A is thrown in upward from the top of a tower of height h. At the same time ball B starts to fall from that point. When A comes to the top of the tower, B reaches the ground. Find the time to reach maximum height for A.

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The domain of $f left parenthesis x right parenthesis equals fraction numerator 1 over denominator vertical line sin invisible function application x vertical line plus sin invisible function application x end fraction text is end text$

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A particle is thrown in upward direction with initial velocity V_⁰ It crosses point P at height h at time t₁ and t₂ so t₁ t₂ ……..

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$2.1 squared plus 3.2 squared plus 4.3 squared plus midline horizontal ellipsis horizontal ellipsis plus left parenthesis n plus 1 right parenthesis n squared equals$

$2.1 squared plus 3.2 squared plus 4.3 squared plus midline horizontal ellipsis horizontal ellipsis plus left parenthesis n plus 1 right parenthesis n squared equals$

parallel

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