For solids with elastic modulus of rigidity the shearing force is proportional to .........., while for fluids it is proportional to .......... . (shear strain / rate of shear strain)
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Answer :- Shear strain , Rate of shear' strain .
Extra information :- Shear strain is characterized as the digression of the edge, and is equivalent to the length of twisting at its most extreme separated by the opposite length in the plane of power application, which at times makes it less demanding to figure.
Strain rate is the adjustment in strain of a material concerning time. The strain rate sooner or later inside the material estimates the rate at which the separations of contiguous packages of the material change with time in the area of that point.
Extra information :- Shear strain is characterized as the digression of the edge, and is equivalent to the length of twisting at its most extreme separated by the opposite length in the plane of power application, which at times makes it less demanding to figure.
Strain rate is the adjustment in strain of a material concerning time. The strain rate sooner or later inside the material estimates the rate at which the separations of contiguous packages of the material change with time in the area of that point.
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Hii dear,
◆ Answer-
For solids with elastic modulus of rigidity the shearing force is proportional to **shear strain**, while for fluids it is proportional to **rate of shear strain**.
◆ Symbolically-
# For solids-
Shearing force ∝ Shear strain
# For liquids-
Shearing force ∝ Rate of shear strain
Hope that is helpful...
Keep asking.
◆ Answer-
For solids with elastic modulus of rigidity the shearing force is proportional to **shear strain**, while for fluids it is proportional to **rate of shear strain**.
◆ Symbolically-
# For solids-
Shearing force ∝ Shear strain
# For liquids-
Shearing force ∝ Rate of shear strain
Hope that is helpful...
Keep asking.
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