Differences between resultant and equilibrant .
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⚫Resultant
◾It is a single force which produces the same effect as that of a system of forces acting on the body.
◾This resultant force produces accelerated motion of a body.
◾The algebraic sum of forces along with their resultant is not equal to zero.
⚫Equilibrant
◾It is a single force which is equal in magnitude but acts opposite to that of the resultant force.
◾Equilibrant force maintain static equilibrium of a body.
◾The algebraic sum of forces along with their Equilibrant is equal to zero..
⚫Resultant
◾It is a single force which produces the same effect as that of a system of forces acting on the body.
◾This resultant force produces accelerated motion of a body.
◾The algebraic sum of forces along with their resultant is not equal to zero.
⚫Equilibrant
◾It is a single force which is equal in magnitude but acts opposite to that of the resultant force.
◾Equilibrant force maintain static equilibrium of a body.
◾The algebraic sum of forces along with their Equilibrant is equal to zero..
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RESULTANT vector is a direct quantity , one with both magnitude and direction . Resultant force produce the accelerated motion of a body
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EQUILIBRANT vector is a force EQUAL TO , but OPPOSITE OF the resultant sum of vector forces . Equilibrant force maintain static equilibrium of a body
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