You have a cylinder. You don't know what its internal structure looks like, but you plan to roll it down a ramp, as in this week's procedure. The ramp is 1 m long, and is elevated at an angle of 15°. The mass of the cylinder is 450 g and its diameter is 2.1 cm. You set the cylinder and hold it at rest at the top of the ramp. How much total energy (in J) does the block have at the top of the ramp?
You have a cylinder. You don't know what its internal structure looks like, but you plan to roll it down a ramp, as in this week's procedure. The ramp is 1 m long, and is elevated at an angle of 15°. The mass of the cylinder is 450 g and its diameter is 2.1 cm. You set the cylinder and hold it at rest at the top of the ramp. How much total energy (in J) does the block have at the top of the ramp?
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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You have a cylinder. You don't know what its internal structure looks like, but you plan to roll it down a ramp, as in this week's procedure. The ramp is 1 m long, and is elevated at an angle of 15°. The mass of the cylinder is 450 g and its diameter is 2.1 cm.
Transcribed Image Text:You have a cylinder. You don't know what its internal structure looks like, but you plan to roll it down a ramp, as in this week's
procedure. The ramp is 1 m long, and is elevated at an angle of 15º. The mass of the cylinder is 450 g and its diameter is 2.1
cm.
You set the cylinder and hold it at rest at the top of the ramp. How much total energy (in J) does the block have at the
top of the ramp?
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