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Let us say you have a setup on the left to measure gravity (g). The plan is to let the small block slide on the smooth inclined plane and measure the total distance traveled d (using a meterstick) covered in time t. We assume that the inclined plane is long enough for a relatively precise measurement of the time of travel using a stopwatch. Furthermore, you can find the angle 0 using a protractor or through Small block distance measurements. Given the measured values of d, t, and 0, derive the working equation for g. Assume negligible air resistance.

Let us say you have a setup on the left to measure gravity (g). The plan is to let the small block slide on the smooth inclined plane and measure the total distance traveled d (using a meterstick) covered in time t. We assume that the inclined plane is long enough for a relatively precise measurement of the time of travel using a stopwatch. Furthermore, you can find the angle 0 using a protractor or through Small block distance measurements. Given the measured values of d, t, and 0, derive the working equation for g. Assume negligible air resistance.

College Physics
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 can invent your own measured values or just use the d, t, and theta to derive an equation for gravity.

Let us say you have a setup on the left to measure gravity (g). The plan is to let the small block slide on the smooth inclined plane and measure the total distance traveled d (using a meterstick) covered in time t. We assume that the inclined plane is long enough for a relatively precise measurement of the time of travel using a stopwatch. Furthermore, you can find the angle 0 using a protractor or through Small block distance measurements. Given the measured values of d, t, and 0, derive the working equation for negligible air resistance. g. Assume
Transcribed Image Text:Let us say you have a setup on the left to measure gravity (g). The plan is to let the small block slide on the smooth inclined plane and measure the total distance traveled d (using a meterstick) covered in time t. We assume that the inclined plane is long enough for a relatively precise measurement of the time of travel using a stopwatch. Furthermore, you can find the angle 0 using a protractor or through Small block distance measurements. Given the measured values of d, t, and 0, derive the working equation for negligible air resistance. g. Assume
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