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prove v=u+at
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Answered by
3
hiii frnd this is the answer
V = u + at
soln.
Consider a body of mass “m” having initial velocity “u”.Let after time “t” its final velocity becomes “v” due to uniform acceleration “a”.
Now we know that:
Acceleration = change in velocity/Time taken
=> Acceleration = Final velocity-Initial velocity / time taken
=> a = v-u /t
=>at = v-u
or v = u + at
This is the first equation of motion.
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MARK IT AS BRANLIEST
V = u + at
soln.
Consider a body of mass “m” having initial velocity “u”.Let after time “t” its final velocity becomes “v” due to uniform acceleration “a”.
Now we know that:
Acceleration = change in velocity/Time taken
=> Acceleration = Final velocity-Initial velocity / time taken
=> a = v-u /t
=>at = v-u
or v = u + at
This is the first equation of motion.
HOPE IT HELPED YOU
MARK IT AS BRANLIEST
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Answered by
5
✨hey mate! here's your answer!✨
(your diagram or graph for this equation is in the form of attachment!)
since , acceleration = (v-u)/t
=> at = v - u. ( by simplifying)
=> v = u + at ....... HENCE PROVED.
HOPE IT WAS HELPFUL ✌️!
(your diagram or graph for this equation is in the form of attachment!)
since , acceleration = (v-u)/t
=> at = v - u. ( by simplifying)
=> v = u + at ....... HENCE PROVED.
HOPE IT WAS HELPFUL ✌️!
Attachments:
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