What is static force analysis? A four bar mechanism has following dimensions:Length of crank=100 mm, Length of coupler link=450mm, length of rocker-270 mmand length of fixed link=250 mm. A force.F=-100i N is applied on to mid-point 'C'of rocker, when crank makes 120° from positive x-axis. Calculate pin forces andtorque to be applied on to the crank for equilibrium.1.A disturbing mass 'm' kg is attached to a shaft. The shaft is rotating at 'n' rpm, Theradial distance of the center of gravity of the disturbing mass from the axis of rotationis 'r' mm. It is required that the disturbing mass should not be disturbed by anyaddition or subtraction of mass. Suggest the ways to balance the system and justifyby proper expressions.2.

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What is static force analysis? A four bar mechanism has following dimensions: Length of crank=100 mm, Length of coupler link=450mm, length of rocker-270 mm and length of fixed link=250 mm. A force F=-100i N is applied on to mid-point 'C' of rocker, when crank makes 120° from positive x-axis. Calculate pin forces and torque to be applied on to the crank for equilibrium.

What is static force analysis? A four bar mechanism has following dimensions: Length of crank=100 mm, Length of coupler link=450mm, length of rocker-270 mm and length of fixed link=250 mm. A force F=-100i N is applied on to mid-point 'C' of rocker, when crank makes 120° from positive x-axis. Calculate pin forces and torque to be applied on to the crank for equilibrium.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Question

What is static force analysis? A four bar mechanism has following dimensions:
Length of crank=100 mm, Length of coupler link=450mm, length of rocker-270 mm
and length of fixed link=250 mm. A force.F=-100i N is applied on to mid-point 'C'
of rocker, when crank makes 120° from positive x-axis. Calculate pin forces and
torque to be applied on to the crank for equilibrium.
1.
A disturbing mass 'm' kg is attached to a shaft. The shaft is rotating at 'n' rpm, The
radial distance of the center of gravity of the disturbing mass from the axis of rotation
is 'r' mm. It is required that the disturbing mass should not be disturbed by any
addition or subtraction of mass. Suggest the ways to balance the system and justify
by proper expressions.
2.

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