When acceleration is constant to displacement?
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Hello sir , thanks for the question
sir according to your question sir it is saying that ,
when accelaration is constant to displacement sir we know that
a = rate of change of velocity with respect to time sir ,
so we can say that a = dv / dt
so sir we can say that if accelaration is constant to displacement
dv/dt = 0
because think differentiantion of a constant funtion is zero we know that d/dx
(c) with respect to x = 0 where c is a constant function
sir if dv/dt = 0 which means accelaration is constant to displacement sir
HOPES THIS HELPS YOU SIR ,
# Regards brainly helper
sir according to your question sir it is saying that ,
when accelaration is constant to displacement sir we know that
a = rate of change of velocity with respect to time sir ,
so we can say that a = dv / dt
so sir we can say that if accelaration is constant to displacement
dv/dt = 0
because think differentiantion of a constant funtion is zero we know that d/dx
(c) with respect to x = 0 where c is a constant function
sir if dv/dt = 0 which means accelaration is constant to displacement sir
HOPES THIS HELPS YOU SIR ,
# Regards brainly helper
dattaprovash:
It's a kinematics brother
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