7 Problem 6: The sides of a sugar cube are found to have a length of 1.702 cm with an uncertainty of 0.240 cm. Find the volume of the sugar cube, Vm. a On a separate piece of paper, write the equation for volume: V= ³. Find the value of V, AV, and Vm. Show your work. Note: Refer to Figure 10 to determine the appropriate equation for calculating AV. b Write your name and date on the paper. Take a clear photograph of your work and upload the image into Photo 6. с Record the value of Vm in Data Table 1.

7 Problem 6: The sides of a sugar cube are found to have a length of 1.702 cm with an uncertainty of 0.240 cm. Find the volume of the sugar cube, Vm. a On a separate piece of paper, write the equation for volume: V= ³. Find the value of V, AV, and Vm. Show your work. Note: Refer to Figure 10 to determine the appropriate equation for calculating AV. b Write your name and date on the paper. Take a clear photograph of your work and upload the image into Photo 6. с Record the value of Vm in Data Table 1.

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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need help calculating and using the right uncertainty Equation

7
Problem 6: The sides of a sugar cube are found to have a length of 1.702 cm with an uncertainty of 0.240 cm. Find the volume of
the sugar cube, Vm.
a
On a separate piece of paper, write the equation for volume: V= ³. Find the value of V, AV, and Vm. Show your work. Note:
Refer to Figure 10 to determine the appropriate equation for calculating AV.
b
Write your name and date on the paper. Take a clear photograph of your work and upload the image into Photo 6.
с
Record the value of Vm in Data Table 1.

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