what is the second equation of uniformly accelerated motion ?
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The equation is ut+1/2a(t square)= s
Where, u=Initial velocity
t=time taken
a=acceleration
s=displacement
If the answer is helpful to you mark it as a brainliest answer please
Thank you
Where, u=Initial velocity
t=time taken
a=acceleration
s=displacement
If the answer is helpful to you mark it as a brainliest answer please
Thank you
Answered by
6
Hi there !!!
The second equation of uniformly accelerated motion states that
Where,
s = the displacement
u = initial velocity
t = time taken
a = acceleration
If you want the graphical derivation,
check out my attached file
The second equation of uniformly accelerated motion states that
Where,
s = the displacement
u = initial velocity
t = time taken
a = acceleration
If you want the graphical derivation,
check out my attached file
Attachments:
Anonymous:
:-)
do brainliest if helped :-)
yes. now solve this one : a body is dropped from a vertain height H . If the ratio of the distances travelled by it in (n-3) seconds to (n-3)rd second is 4:3 , find H . (take g - 10m/s^2
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