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1. If we had used a heavier strong, the graphs (velocity vs. time) would not have been exactly linear, but would of curved slightly. Why? Which way would it curve? Hint: Think of acceleration at the beginning and acceleration at the end.
2. explain why a traction elevator uses a counterweight and discuss how they set the mass of the counterweight (reference to Newtons' 2nd law of translation).
3. If we use the same setup as in lab with one simple change we can some up with a way to meaure the coeeficient of friction between a mass and the lab table. We use the same computer program (measures v vs. t) but plave the pulley system near the edge of the table with one mass hanging off the end (m1) and one mass resting on the table (m2). The mass m2 is able to slide towards the pulley system as m1 drops towards the floor (away from the pulleys). If the force of friction between m2 and the table is F=umg2, come up with a theoretical equation to figure out u (you can assume that you can get the same style of data that you did in this lab, that is, graphs, masses, etc.)
A sphere of radius R is uniformly charged to a total charge of Q. It is made to spin about an axis that passes through its center with an angular speed ω. Find the magnitude of the resulting magnetic field at the center of the sphere.
A resistor is in the shape of a cube, with each side of resistance R . Find the equivalent resistance between any two of its adjacent corners.
Question: Field and force with three charges? What is the electric field at the location of Q1, due to Q 2 ?
What is the maximum displacement of the bridge deck?
What is the magnitude of the current in the wire as a function of time?
Questions on blackbody, Infra-Red Detectors & Optic Lens and Digital Image.
Illustrate the cause of the components accelerating from rest down the conveyor.
Calculate the dc voltage applied to the circuit.
Quadrupole moments in the shell model
Determine the tension in each string
Calculate the smallest coefficient of static friction necessary for mass A to remain stationary.
Evaluate maximum altitude?
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