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Where d is the distance between the tips of the leaves and Lis the length of the leaves. In the laboratory, you will measure (d ± 0}) and (L ± 01, where o and o̟ are th coresponding uncertainties in your measurements.

Where d is the distance between the tips of the leaves and Lis the length of the leaves. In the laboratory, you will measure (d ± 0}) and (L ± 01, where o and o̟ are th coresponding uncertainties in your measurements.

Stars and Galaxies
Stars and Galaxies
9th Edition
ISBN:9781305120785
Author:Michael A. Seeds, Dana Backman
Publisher:Michael A. Seeds, Dana Backman
Chapter9: The Famliy Of Stars
Section: Chapter Questions
Problem 2DQ
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d The angle, O, of separation between the electroscope leaves is given by = 2 in" (-) Where d is the distance between the tips of the leaves and Lis the length of the leaves. In the laboratory, you will measure (d ± 0g) and (L ± 01,), where o and o̟ are the corresponding uncertainties in your measurements. Using error propagation, determine the uncertainty on 6. Og = Hint: Use the fact that sin" (x) = dx 1-x²
Transcribed Image Text:d The angle, O, of separation between the electroscope leaves is given by = 2 in" (-) Where d is the distance between the tips of the leaves and Lis the length of the leaves. In the laboratory, you will measure (d ± 0g) and (L ± 01,), where o and o̟ are the corresponding uncertainties in your measurements. Using error propagation, determine the uncertainty on 6. Og = Hint: Use the fact that sin" (x) = dx 1-x²
-d Og = Og = d Og %3D + Og = Og = of
Transcribed Image Text:-d Og = Og = d Og %3D + Og = Og = of
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