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1. Individual activity 1a). From C = ET find uncertainty o, where ɛ and a are constants and measured values are r=rto, and d = d to,. 1b). Derive %o, in terms of %o, and %o,. find OR' 1c). From R R R, where measured values are R, = R, ±or and R, = R, ±oR? 1d). Assuming you have measured three variables x, y, and z. The results are x = 5.1±0.1m y = 90 ±5cm z = 4.1+0.1m Does this measurement satisfy equation, x – y-z = 0? How do you reach this conclusion?

1. Individual activity 1a). From C = ET find uncertainty o, where ɛ and a are constants and measured values are r=rto, and d = d to,. 1b). Derive %o, in terms of %o, and %o,. find OR' 1c). From R R R, where measured values are R, = R, ±or and R, = R, ±oR? 1d). Assuming you have measured three variables x, y, and z. The results are x = 5.1±0.1m y = 90 ±5cm z = 4.1+0.1m Does this measurement satisfy equation, x – y-z = 0? How do you reach this conclusion?

Inquiry into Physics
Inquiry into Physics
8th Edition
ISBN:9781337515863
Author:Ostdiek
Publisher:Ostdiek
Chapter11: Nuclear Physics
Section: Chapter Questions
Problem 15Q
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1. Individual activity 1a). From C = ET find uncertainty o, where ɛ and a are constants and measured values are r=rto, and d = d to,. 1b). Derive %o, in terms of %o, and %o,. find OR' 1c). From R R R, where measured values are R, = R, ±or and R, = R, ±oR? 1d). Assuming you have measured three variables x, y, and z. The results are x = 5.1±0.1m y = 90 ±5cm z = 4.1+0.1m Does this measurement satisfy equation, x – y-z = 0? How do you reach this conclusion?
Transcribed Image Text:1. Individual activity 1a). From C = ET find uncertainty o, where ɛ and a are constants and measured values are r=rto, and d = d to,. 1b). Derive %o, in terms of %o, and %o,. find OR' 1c). From R R R, where measured values are R, = R, ±or and R, = R, ±oR? 1d). Assuming you have measured three variables x, y, and z. The results are x = 5.1±0.1m y = 90 ±5cm z = 4.1+0.1m Does this measurement satisfy equation, x – y-z = 0? How do you reach this conclusion?
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