1. The lateral surface area of a circular cylinder is A = 2n Rh , where A is the lateral surface area, and R is the radius of a face of a cylinder, and h is the height of the cylinder. Treat r as a constant here. Ris measured once in an experiment to be 4.35 cm. The uncertainty in R is found to be OR = 0.08 cm. h is measured once in an experiment to be 8.20 cm. The uncertainty in h is found to be ơn = 0.06 cm. • Find A for this experiment. · Find the resulting uncertainty in A; that is, find oA. Report A + GA with the appropriate number of digits.
1. The lateral surface area of a circular cylinder is A = 2n Rh , where A is the lateral surface area, and R is the radius of a face of a cylinder, and h is the height of the cylinder. Treat r as a constant here. Ris measured once in an experiment to be 4.35 cm. The uncertainty in R is found to be OR = 0.08 cm. h is measured once in an experiment to be 8.20 cm. The uncertainty in h is found to be ơn = 0.06 cm. • Find A for this experiment. · Find the resulting uncertainty in A; that is, find oA. Report A + GA with the appropriate number of digits.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:1. The lateral surface area of a circular cylinder is A = 2n Rh , where A is the
lateral surface area, and R is the radius of a face of a cylinder, and h is the
height of the cylinder. Treat z as a constant here.
Ris measured once in an experiment to be 4.35 cm. The uncertainty in R is
found to be OR = 0.08 cm.
h is measured once in an experiment to be 8.20 cm. The uncertainty in h is found
to be ơh = 0.06 cm.
Find A for this experiment.
Find the resulting uncertainty in A; that is, find oa .
Report A + OA with the appropriate number of digits.
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