Make two pictures for the spring. Make one before used to spend an object, and one after an object is suspended and the spring is at rest. Draw a coordinate system. On each picture label to position where the spring is unstretched or compressed, the distance from the unstretched or compress position to the stretched or compress position, the mass of the object, in the spring constant.
Make two pictures for the spring. Make one before used to spend an object, and one after an object is suspended and the spring is at rest. Draw a coordinate system. On each picture label to position where the spring is unstretched or compressed, the distance from the unstretched or compress position to the stretched or compress position, the mass of the object, in the spring constant.
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1)Make two pictures for the spring. Make one before used to spend an object, and one after an object is suspended and the spring is at rest. Draw a coordinate system. On each picture label to position where the spring is unstretched or compressed, the distance from the unstretched or compress position to the stretched or compress position, the mass of the object, in the spring constant.
2)Draw force diagram for an object hanging from spring at rest. Label to forces acting on the object. Use newtons second law to write the equation of equilibrium for the object.
3)Solve the equation for the spring concert in terms of other values in the equation. What does this tell you about the slope of the displacement(From the unstretched position) Versus weight of the object graph?
4)Write an expression for the relationship between the spring constant in the displacement of an object hanging from a spring. What is the expected relationship between applied force is in the displacement of the spring?
Transcribed Image Text:E spring
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