Question

Explain in Specific Force diagram.

Answer 1

A force diagram is simply diagram showing all the forces acting in N objects the force directed and its magnitude

Answer 2

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Here is your answer------>>>

$\mathcal{\huge{\pink{Specific\:Force:---}}}$

Specific force is defined as the non-gravitational force per unit mass.

{\displaystyle {\mbox{Specific Force}}={\frac {\mathrm {Force_{non-gravitational}} }{\mathrm {Mass} }}} {\mbox{Specific Force}}={\frac {{\mathrm {Force_{{non-gravitational}}}}}{{{\mathrm {Mass}}}}}

Specific force (also called g-force and mass-specific force) is measured in meters/second² (m·s−2) which is the units for acceleration. Thus, specific force is not actually a force, but a type of acceleration. However, the (mass-)specific force is not a coordinate-acceleration, but rather a proper acceleration, which is the acceleration relative to free-fall. Forces, specific forces, and proper accelerations are the same in all reference frames, but coordinate accelerations are frame-dependent. For free bodies, the specific force is the cause of, and a measure of, the body's proper acceleration.

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