Force equilibrium equation
[DOC File]Problem #1 Force in Equilibrium
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Write down an equation for one component of the position vector as a function of the radius of the circle and the angle the vector makes with one axis of your coordinate system. Sketch a graph of x-position vs. time and y-position vs. time. ... Problem #1 Force in Equilibrium ...
[DOCX File]Equilibrium of Concurrent Force System
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Equilibrium of Force System. The body is said to be in equilibrium if the resultant of all forces acting on it is zero. There are two major types of static equilibrium, namely, translational equilibrium and rotational equilibrium.
[DOC File]California State University, Northridge
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For force equilibrium in the x direction, the x component of the resultant force, FRsin = (100.4 kN)sin(0.8931) = 78.40 kN, must equal the friction force, Ff. Force equilibrium in the y direction requires the weight of the dam, which is the product of the specific weight times …
[DOC File]The Equilibrium of Forces: The Second Law
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The Equilibrium of Forces: The Second Law©98. Experiment 8. Objective: To study the methods of vector addition as applied to be equilibrium of torques. Discussion: The second law of the equilibrium of forces states that the vector sum of the torques, acting on a rigid unaccelerated object, is zero. The torque due to a force depends upon three ...
[DOC File]Problem #1 Force in Equilibrium
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Write an equation to express the equilibrium condition for the forces acting on (a) the hanging object and another equation for (b) the cart. Use these equations, together with the equation that gives the relationship between a spring’s extension and the force it exerts, to write an equation for the relationship between the extension of the ...
[DOCX File]Object - Gonzaga University
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The mass hanging from the end of the string will also be in equilibrium so equation 2 must also hold for it as well. There are only two forces acting on this mass, the tension force due to the connected string and the gravitational force down on the mass, W = mg .
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