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Physics Lab - Essay Example

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Similarities are obviously found when comparing linear motion to rotational motion.
This observation is true and can be explained by the…
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Physics Lab
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"Physics Lab"

Download file to see previous pages On all the three situations that is, holding hands by my side, stretching my hands and holding masses on my hands while rotating, the law applies since no external force is applied. Addition of masses increase the torque under the formula L= Iw where I is a function of mass.
A disk shape produces a low momentum of inertia since it has no hollow space (fully occupied mass towards the center of rotation). According to the equation, and disk process low inertia under free fall than ring given a constant kinetic energy.
As the stool is at rest, angular momentum of the spinning wheel is not conserved since there is an external gravitational force applied due to the weight of the wheel. The wheel comes to rest again. On rotating the stool the angular momentum is conserved since the rotating stool counteracts the weight of the ...Download file to see next pagesRead More
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Physics lab reports
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Physics Lab
... that changes the momentum of the moving ball. In this case, therefore, if the mass of the ball is increased by a small amount, the height to which the pendulum rises before coming to rest increases in the same margin (Wilson, et al. 2006). However, the increment is in perfect harmony with the increment in mass, so that the spring force applied by the spring gun does not change. Works Cited Lerner, Lawrence S. Physics for Scientists and Engineers. Boston: Jones and Bartlett,2006. Wilson, Jerry D, and Cecilia A. H. Hall. Physics Laboratory Experiments. Boston, MA: Brooks/Cole, Cengage Learning, 2009.... Conservation of Linear Momentum Velo before impact and its associated uncertainty V=R/t =2.632/0.415 =6.34m/s δv=v √[(δR/R)2+(δt/t)2] R=2.632 ...
1 Pages(250 words)Lab Report
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