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Byju's Answer
Standard XII
Physics
Center of Mass as an Average Point
formula for a...
Question
formula for angle between centripetal acceleration and resul†an t acceleratin
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Q.
In circular motion at a given instant centripetal acceleration is
3
c
m
/
s
2
and the angle between the resultant acceleration and centripetal acceleration is
45
o
. At that instant the magnitude of the resultant acceleration is:
Q.
The angle between radius vector and centripetal acceleration is
Q.
The angle between the radius vector and centripetal acceleration is
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If the tangential and centripetal accelerations are along a tangent and towards the centre, respectively, then the resultant acceleration will be :
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What is centripetal acceleration? Drive an impression for centripetal acceleration.
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Center of Mass as an Average Point
Standard XII Physics
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