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What is the quantity which is measured by the area occupied below the velocity−time graph?

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Distance The graph shows the velocity−time graph of a uniformly moving body. Let the velocity of the body at time (t) be v. Area of the shaded region = length × breath Where, Length = t Breath = v Area = vt = velocity × time …(i) We know, Velocity = DisplacementTIme Velocity...
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Distance

The graph shows the velocity−time graph of a uniformly moving body.

Let the velocity of the body at time (t) be v.

Area of the shaded region = length × breath

Where,

Length = t

Breath = v

Area = vt = velocity × time …(i)

We know,

Velocity = DisplacementTIme Velocity = DisplacementTIme 

∴ Displacement = Velocity × Time…(ii)

From equations (i) and (ii),

Area = Displacement

Hence, the area occupied below the velocity−time graph measures the displacement covered by the body.

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Area under the velocity-time graph gives the magnitude of displacement.
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Mechanical engineer trainee in Armstech engineers plarivattom.

dv/dt= acceleration., i.e., the slope of the velocity-time graph will give you the value of acceleration
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IIT Bombay'18 grad. IT consultant by profession. Teaching is hobby.

Displacement. You can simply consider. Velocity is constant for lets say 2 sec. So it will form a rectange. And area of that rectangle will be the amount of displacement you did. Hence the displacement
Comments

B.tech in ECE as well as B.Ed & CTET qualified with 8+ years of experience in teaching of Physics

Displacement Concept- to find the area from any graph, multiply the quantities given on X and Y axis.. And you will get the answer. Here Velocity x Time = Displacement
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