Examine the acceleration data of the cart and holder when weights are added to it. sensor cart & holder string pulley 3. Complete the table below: Hanging mass A: 20.0 g = 0.0200 kg Cart mass: 488.3 g = 0.4883 kg Holder mass: 125.1 g = 0.1251 kg Mass B with just cart and holder 0.6134 kg Mass C of cart and holder plus mass 500.0 g 1.1134 Mass D of cart and holder plus two masses 500.0 g each1.6134 _kg _kg hanging/falling mass
Examine the acceleration data of the cart and holder when weights are added to it. sensor cart & holder string pulley 3. Complete the table below: Hanging mass A: 20.0 g = 0.0200 kg Cart mass: 488.3 g = 0.4883 kg Holder mass: 125.1 g = 0.1251 kg Mass B with just cart and holder 0.6134 kg Mass C of cart and holder plus mass 500.0 g 1.1134 Mass D of cart and holder plus two masses 500.0 g each1.6134 _kg _kg hanging/falling mass
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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Calculate the theoretical accelerations for the three situations

Transcribed Image Text:Examine the acceleration data of the cart and holder when weights are added to it.
sensor
cart & holder
string
pulley
3. Complete the table below:
Hanging mass A: 20.0 g = 0.0200 kg
Cart mass:
488.3 g = 0.4883 kg
Holder mass: 125.1 g = 0.1251 kg
Mass B with just cart and holder 0.6134 _kg
_kg
Mass C of cart and holder plus mass 500.0 g 1.1134
Mass D of cart and holder plus two masses 500.0 g each1.6134
kg
hanging/falling mass
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