prove that Newton's second law of motion by using graphical method
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this is by the graphical method
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yusufasgarali:
dear where is fig.
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Let us suppose 10 object in uniform acceleration 'a' and it has covered the distance 's' within time 't'.From the graph above, the distance covered by the object during time 't' is given by the area of quadrangle DOEB.
therefore, s=area of quadrangle DOEB
=area( rectangle DOEB) + area of
traingle(DAB)
therefore, s =(AE×OE) +(1/2×[AB×DA])
But AE=u, OE=t and (OE=DA=t)
AB=at.......(AB=CD)
therefore, s=u × t + 1/2 × at × t
therefore Newton's second equation of motion is s=ut + 1/2at^2
REFER THE DIAGRAM
MARK IT AS BRAINLIEST
HOPE IT HELPS.
therefore, s=area of quadrangle DOEB
=area( rectangle DOEB) + area of
traingle(DAB)
therefore, s =(AE×OE) +(1/2×[AB×DA])
But AE=u, OE=t and (OE=DA=t)
AB=at.......(AB=CD)
therefore, s=u × t + 1/2 × at × t
therefore Newton's second equation of motion is s=ut + 1/2at^2
REFER THE DIAGRAM
MARK IT AS BRAINLIEST
HOPE IT HELPS.
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