KB/S TRUE FALSE A streamline shows the path of a particle in any flow. The HORIZONTAL component of the hydrostatic force on a curved surface immersed in a liquid is equal to the force on the vertical projected area. When water is under the curved plane surface, the vertical component of the hydrostatic force is equal to the weight of water displaced acting upward.
KB/S TRUE FALSE A streamline shows the path of a particle in any flow. The HORIZONTAL component of the hydrostatic force on a curved surface immersed in a liquid is equal to the force on the vertical projected area. When water is under the curved plane surface, the vertical component of the hydrostatic force is equal to the weight of water displaced acting upward.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:4:56
"Q 3.00 s491 ..l 63
TRUE
FALSE
A streamline
shows the path
of a particle in
any flow.
The
HORIZONTAL
component of
the hydrostatic
force on a
curved surface
immersed in a
liquid is equal to
the force on the
vertical
projected area.
When water is
under the curved
plane surface,
the vertical
component of
the hydrostatic
force is equal to
the weight of
water displaced
acting upward.
A floating body
will displace a
volume of liquid
whose weight
will equal the
weight of the
body.
Steady flow is
defined as flow
where the flow
parameters vary
Transcribed Image Text:4:57
A. 0.32 :46 l 63
Steady flow is
defined as flow
where the flow
parameters vary
with time
A floating body
will displace the
same volume of
liquid
irrespective of
the liquid in
which it floats.
Bernoulli
equation states
that the total
head remains
constant at any
point in its path
of flow.
The VERTICAL
component of
the hydrostatic
force on a
curved surface
is always equal
to the weight of
column of liquid
above the
surface.
When a ship
leaves a river
and enters the
sea, it will sink a
little bit more.
The hydrostatic
force on a
curved surface
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