Torques and equilibrium lab
Doris williams - Houston Community College
The purpose of this experiment is to study the conditions that must be satisfied for a rigid object to be in total equilibrium. This is done by computing the total torque acting on a meter stick by means of weights suspended ... The torques are created by weights hung at different locations along the ruler by means of clamps. ... Due before lab ...
[DOCX File]Static Equilibrium Lab - University of Michigan
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We have used the convenient experimental units of #washers for weight (force) and inches (distance) to compute torques (force times lever arm distance) in washer-inches. The SI (MKS-meters-kilograms-seconds) unit for torque is the Newton-meter (N-m). Using the data provided, convert one washer-inch of torque to Newton-meters.
[DOC File]Torque Lab - Physics Playground
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Objective: Find the torque from two forces applied at two different locations along a beam that is in equilibrium, where the net torque is equal to zero. Materials: 50 N, 20 N, and 5 N spring scales. Graff built beam. Blocks, thick string, and thin string. Three lab members Part 1: Sample Calculations (4pts)
[DOCX File]Static Equilibrium Lab - University of Michigan
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Instructor Outline: UM Physics Demo Lab 07/2013. Static Equilibrium. Lab length: 80 minutes. Lab objective: To teach the concepts of vector addition, the net force/torque as the vector sum of multiple forces/torques, torque as vectors, right hand rule for torque vector directions, unit conversion, mechanical advantage and center of gravity.
[DOC File]Torque and Rotational Equilibrium
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Record the readings on each scale when equilibrium is achieved. Use the “zero” end of the meter stick as your pivot point and. calculate your torques (in this lab, “torque = force x location” since the location is the distance . from the zero end). Sum the forces and torques.
[DOC File]Problem #1 Force in Equilibrium
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Rank the magnitudes of the torques exerted by the three forces about an axis perpendicular to the drawing at the left end of the stick. Explain your reasoning. ... FORCES AND EQUILIBRIUM. Lab I - Lab I - PROBLEM #1: SPRINGS AND EQUILIBRIUM I. PROBLEM #1: SPRINGS AND EQUILIBRIUM I. PROBLEM #1. SPRINGS AND EQUILIBRIUM I.
[DOC File]Phy 201 Lab #9_EQUILIBRIUM OF A RIGID BODY
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To apply the concept of torque and mechanical equilibrium to a balanced meter stick. Calculate the mass of a meter stick knowing the conditions of equilibrium of a rigid body. Preliminary Questions: In their final appearance in the physics lab, Brad and Angelina are sitting on a teeter-totter.
[DOC File]Lab #6 - Torques and Center of Mass
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This is a relatively straightforward lab designed to show how torques can be balanced, and how the center of mass (CM) of any lever mechanism must be included in any torque calculation involving the lever when the lever's CM is not over the pivot stand (fulcrum). ... for a system in rotational static equilibrium. In step 7, we will also show ...
[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]Static Equilibrium of Rigid Bodies: Torques
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Study the relationship between force, lever arm, and torque; study how torques add Study the conditions for static equilibrium of a rigid body Study the concept of “center of gravity” PART A. Static Equilibrium of Rigid Bodies: The Roman balance. Introduction . The torque ( created by a force F with respect to a certain axis of rotation is
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