Q. 4 A particle moves along a plane curve from a point
O
to a point
B
. The path length between
O
and
B
is 2 m . The tangential component of the acceleration is
a_(t)=0.05s(m)/(s^(2))
, where
s
is the path coordinate, measured in m from point
O
. The speed of the particle at
O
is
2(m)/(s)
, and the radius of curvature of the path at
B
is 3 m . Determine the magnitude of the acceleration of the particle at
B
.

Question

Q. 4 A particle moves along a plane curve from a point

O

to a point

B

. The path length between

O

and

B

is 2 m . The tangential component of the acceleration is

a_(t)=0.05s(m)/(s^(2))

, where

s

is the path coordinate, measured in m from point

O

. The speed of the particle at

O

is

2(m)/(s)

, and the radius of curvature of the path at

B

is 3 m . Determine the magnitude of the acceleration of the particle at

B

.

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Expert Answer to - Q. 4 A particle moves along a plane curve from a point O to a point B. The path length between O and

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Solution for - Q. 4 A particle moves along a plane curve from a point O to a point B. The path length between O and

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This an additional answer to - Q. 4 A particle moves along a plane curve from a point O to a point B. The path length between O and

(Solved): Q. 4 A particle moves along a plane curve from a point O to a point B. The path length between O and ...