A rectangular container of cross- sectional area 4 m x 1.5 m on an inclined plane with liquid (bc = 0.6 m) as shown in the figure below. %3D You are required to determine the acceleration 'a' along the plane so that the free surface at the edge touches the point b, It may be assumed that the sides of container are high enough so that there is no spilling of liquid. a C T0.6 m biupi o Container - 4 m x 1.5 m b a 35°
A rectangular container of cross- sectional area 4 m x 1.5 m on an inclined plane with liquid (bc = 0.6 m) as shown in the figure below. %3D You are required to determine the acceleration 'a' along the plane so that the free surface at the edge touches the point b, It may be assumed that the sides of container are high enough so that there is no spilling of liquid. a C T0.6 m biupi o Container - 4 m x 1.5 m b a 35°
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Transcribed Image Text:A rectangular container of cross-
sectional area 4 m x 1.5 m on an
inclined plane with liquid (bc = 0.6
%3D
m) as shown in the figure below.
You are required to determine the
acceleration 'a' along the plane so
that the free surface at the edge
touches the point b, It may be
assumed that the sides of
container are high enough so that
there is no spilling of liquid.
Fo.6m
biupid
b.
Container
4 m x 1.5 m
onulo
35
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