A racing car has a uniform acceleration of 4ms-2 what distance will it cover
in 10 seconds after the start
Answers
Answered by
2
hey dear here is ur answer.......
Use 2nd eq.of motion i.e
S=ut+1/2at^2
S=1/2*4*10^2
S=200m .....
hope it might help u .....
Use 2nd eq.of motion i.e
S=ut+1/2at^2
S=1/2*4*10^2
S=200m .....
hope it might help u .....
Answered by
3
if you use the relationship between distance and acceleration you will get the answer...let me do it for u.
s=ut+(1/2)at^2.
where s is distance
u is intial velocity
t is time
since a racing car starts from rest so it's initial velocity will be zero.
now
s=(1/2)at^2
now you knows everything in this equation isn't it.
you can get distance....
s=(1/2)(4)(100)
s=200 metre.
hope u get it
s=ut+(1/2)at^2.
where s is distance
u is intial velocity
t is time
since a racing car starts from rest so it's initial velocity will be zero.
now
s=(1/2)at^2
now you knows everything in this equation isn't it.
you can get distance....
s=(1/2)(4)(100)
s=200 metre.
hope u get it
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