Question

what is the acceleration produced by an object moving with a uniform velocity?​

Answer 1

Answer:

hey mate here is your answer ❤️❤️

The 'acceleration of a body' moving with uniform velocity will be zero as acceleration is defined as the “rate of change of velocity” per unit time. So if the body exhibit uniform velocity, then the rate of 'change of velocity' (dv = 0) will be zero.

mark me as brainlist ❤️ ❤️❤️

Answer 2

$\Huge{\red{\underline{\textsf{ANSWER}}}}$

→The acceleration produced by an object moving with a uniform velocity is $\bold{\sf{\green{Zero}}}$.

$\rule{200}2$

$\large{\purple{\underline{\tt{Explaination-}}}}$

→ Acceleration is said to be "The rate of change in velocity" per unit time.

→ In this case the the velocity is uniform which means rate of change of velocity is Zero .

→ Hence , we can conclude that in this case acceleration is ZERO .

$\rule{200}2$

$\large{\pink{\underline{\tt{Mathematical\:Expression-}}}}$

$\sf a=\dfrac{dv}{dt}$

$\sf \:We\: know\: that \:v=constant$

$\sf \:This \:implies,\:a=\dfrac{d(constant)}{dt}$

$\therefore$ a=0

$\rule{200}2$