derive the equation for position-time relation
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HERE IS YOUR ANSWER...
POSITION TIME RELATION MEANS .....
v=u+1/2at^2
LET AN OBJECT STARTS FROM A POINT WITH INITIAL VELOCITY u AFTER t SECOND IT ATTAINS A FINAL VELOCITY v WITH ACCELERATION a AND DURING THIS JOURNEY THE DISTANCE COVERED IS S.
Distance = average velocity × TIME
S = u +v / 2 × t
S = u + u+at / 2 × t ( v = u + at ..from first equation of motin)
S = 2u + at / 2 ×t
S=2ut + at^2 /2
S=2ut + at^2/2
S= 2ut/2 + at^2/2
S= ut + 1/2 at^2.... proved ( 2ut/2 2 ...2 cancel )
HOPE YOU STISFIED WITH MY ANSWER
PLS MARK AS BRAINLIEST.
HERE IS YOUR ANSWER...
POSITION TIME RELATION MEANS .....
v=u+1/2at^2
LET AN OBJECT STARTS FROM A POINT WITH INITIAL VELOCITY u AFTER t SECOND IT ATTAINS A FINAL VELOCITY v WITH ACCELERATION a AND DURING THIS JOURNEY THE DISTANCE COVERED IS S.
Distance = average velocity × TIME
S = u +v / 2 × t
S = u + u+at / 2 × t ( v = u + at ..from first equation of motin)
S = 2u + at / 2 ×t
S=2ut + at^2 /2
S=2ut + at^2/2
S= 2ut/2 + at^2/2
S= ut + 1/2 at^2.... proved ( 2ut/2 2 ...2 cancel )
HOPE YOU STISFIED WITH MY ANSWER
PLS MARK AS BRAINLIEST.
piyush7712:
thanks
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