centripetalforceexperimenterror

2012年3月12日 — Determine the error in the calculated centripetal force, F (dynamic), for each value of r from the estimated error in the quantities m, r, and ...

由 P Ronhovde 著作 · 2003 · 被引用 1 次 — In this undergraduate laboratory experiment we measure the centripetal force acting on a bob in uniform circular motion. As the experiment was originally ...

This explains our +5.58 % error, because the tension in the rope, which was equal to the force of gravity, was only the hypotenuse of a right triangle of which ...

The significant errors were mostly random errors since a lot of this experiment was based on human work and is prone for human error. This includes measuring ...

In this lab you will. • test Newton's 2nd Law as it applies to uniform circular motion. • determine the error in measuring period, radius, and mass and use ...

2014年3月26日 — The large percent difference in the second experiment is due to an error in the experimental procedure. Experimental Theory. Newton's laws ...

2020年12月15日 — When an object is moving in a circular path the acceleration is directed towards the center of the circle and the sum of all forces is the ...

Possible sources of error include inconsistent velocities, skew in the radius measurement, or improper placement based on the center of mass, especially if the ...

The largest error is related to the measurements of the radius of circular motion (it is NOT related to the calibration of the meter stick) A good, guided class ...