write the expression for distance covered in Nth velocity after time "t" , when it starts from rest
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Distance = s
Velocity = N
Initial velocity(u) =0(as it started from rest)
Time = t
Acceleration =(v-u)/t
=(N-0)/t
=N/t
Distance covered = s =ut+1/2 at²
s =0×t +1/2×n/t×t²
s =1/2 ×nt
Hence the distance covered is 1/2 nt.
Velocity = N
Initial velocity(u) =0(as it started from rest)
Time = t
Acceleration =(v-u)/t
=(N-0)/t
=N/t
Distance covered = s =ut+1/2 at²
s =0×t +1/2×n/t×t²
s =1/2 ×nt
Hence the distance covered is 1/2 nt.
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