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3. In the circuit shown in figure below, the resistance R is random and uniformly distributed between 900 and 1100 2. The current i = 0.01 A and the resistance ro =1000 2 are constant. a. Determine the mean value, mr, and variance, of, of voltage V, which is given by V = (R +ro)i b. Determine the correlation coefficient of R and V.

3. In the circuit shown in figure below, the resistance R is random and uniformly distributed between 900 and 1100 2. The current i = 0.01 A and the resistance ro =1000 2 are constant. a. Determine the mean value, mr, and variance, of, of voltage V, which is given by V = (R +ro)i b. Determine the correlation coefficient of R and V.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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3. In the circuit shown in figure below, the resistance R is random and uniformly distributed between 900 and 1100 2. The current i ro = 0.01 A and the resistance ro =1000 Q are constant. i a. Determine the mean value, mr, and variance, of, of voltage V, which is given by V = (R +ro)i b. Determine the correlation coefficient of R and V.
Transcribed Image Text:3. In the circuit shown in figure below, the resistance R is random and uniformly distributed between 900 and 1100 2. The current i ro = 0.01 A and the resistance ro =1000 Q are constant. i a. Determine the mean value, mr, and variance, of, of voltage V, which is given by V = (R +ro)i b. Determine the correlation coefficient of R and V.
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