The supports in 3D are having more than three reaction forces. Because y are having three axis on which components of work done need to be zero.

The first part of the statement is false and other part is true The first part of the statement is false and other part is false too The first part of the statement is true and other part is false The first part of the statement is true and other part is true too

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What is Newton’s second law for work?

The supports in 3D are having more than three reaction forces. Because y are having three axis on which components of work done need to be zero.

Calculate the Normal force developed between the body and the surface due to the work done by the force.

$Calculate the Normal force developed between the body and the surface due to the work done by the force.\r\n$

The supports in the 3D are having more than three reaction forces. Because they are having three axis on which the components of the work done need to be zero.

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The supports in 3D are having more than three reaction forces. Because y are having three axis on which components of work done need to be zero.

The first part of the statement is true and other part is true too

All Chapters

Force Vectors

Equilibrium of a Particle

Force System Resultants

Equilibrium of a Rigid Body

Structural Analysis

Internal Forces

Friction

Centre of Gravity and Centroid

Moments of Inertia

Principle of Virtual Work

Similar Question

What is Newton’s second law for work?

The supports in 3D are having more than three reaction forces. Because y are having three axis on which components of work done need to be zero.

Calculate the Normal force developed between the body and the surface due to the work done by the force.

The supports in the 3D are having more than three reaction forces. Because they are having three axis on which the components of the work done need to be zero.

Principle of Virtual Work

Engineering-Mechanics

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You need to login to ask any Questions from chapter Principle-of-Virtual-Work of Engineering-Mechanics

Calculate the Normal force developed between the body and the surface due to the work done by the force.

$Calculate the Normal force developed between the body and the surface due to the work done by the force.\r\n$