2.5A repeatability test on a vortex flowmeter yielded the following 35 values of frequencycorresponding to a constant flow rate of 1.4 x 10-2 m' s: 208.6; 208.3; 208.7; 208.5; 208.8;207.6; 208.9; 209.1; 208.2; 208.4; 208.1; 209.2; 209.6; 208.6; 208.5; 207.4; 210.2; 209.2; 208.7;208.4; 207.7; 208.9; 208.7; 208.0; 209.0; 208.1; 209.3; 208.2; 208.6; 209.4; 207.6; 208.1; 208.8;209.2; 209.7 Hz.Using equal intervals of width 0.5 Hz, plot a histogram of probability density values.Calculate the mean and standard deviation of the data.(a)(b)Sketch a normal probability density function with the mean and standard deviationcalculated in (b) on the histogram drawn in (a).(c)

We can do such Calculation and create such graph in excel easily for a long data set. To create…

A repeatability test on a vortex flowmeter yielded the following 35 values of frequency corresponding to a constant flow rate of 1.4 x 10-2 m' s': 208.6; 208.3; 208.7; 208.5; 208.8; 207.6; 208.9; 209.1; 208.2; 208.4; 208.1; 209.2; 209.6; 208.6; 208.5; 207.4; 210.2; 209.2; 208.7; 208.4; 207.7; 208.9; 208.7; 208.0; 209.0; 208.1; 209.3; 208.2; 208.6; 209.4; 207.6; 208.1; 208.8; 209.2; 209.7 Hz. (a) (b) Using equal intervals of width 0.5 Hz, plot a histogram of probability density values. Calculate the mean and standard deviation of the data. Sketch a normal probability density function with the mean and standard deviation calculated in (b) on the histogram drawn in (a). (c)

A repeatability test on a vortex flowmeter yielded the following 35 values of frequency corresponding to a constant flow rate of 1.4 x 10-2 m' s': 208.6; 208.3; 208.7; 208.5; 208.8; 207.6; 208.9; 209.1; 208.2; 208.4; 208.1; 209.2; 209.6; 208.6; 208.5; 207.4; 210.2; 209.2; 208.7; 208.4; 207.7; 208.9; 208.7; 208.0; 209.0; 208.1; 209.3; 208.2; 208.6; 209.4; 207.6; 208.1; 208.8; 209.2; 209.7 Hz. (a) (b) Using equal intervals of width 0.5 Hz, plot a histogram of probability density values. Calculate the mean and standard deviation of the data. Sketch a normal probability density function with the mean and standard deviation calculated in (b) on the histogram drawn in (a). (c)

Intermediate Algebra

19th Edition

ISBN:9780998625720

Author:Lynn Marecek

Publisher:Lynn Marecek

Chapter10: Exponential And Logarithmic Functions

Section10.3: Evaluate And Graph Logarithmic Functions

Problem 10.53TI: In 1906, San Francisco experienced an intense earthquake with a magnitude of 7.8 on the Richter...

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A repeatability test on a vortex flowmeter yielded the following 35 values of frequency corresponding to a constant flow rate of 1.4 x 10-2 m³ s-1: 208.2 207.4 208.7 209.7 208.8 209.6 208.9 208.0 208.6 208.4 209.2 209.2 207.6 210.2 208.5 208.3 208.6 209.4 208.7 208.4 207.7 209.3 208.7 209.1 209.0 208.1 208.9 208.2 208.6 209.2 207.6 208.1 208.8 208.1 208.5 (a) Using equal intervals of width 0.5 Hz, plot a histogram of probability density values. (b) Calculate the mean and standard deviation of the data. (c) Sketch a normal probability density function with the mean and standard deviation calculated in (b) on the histogram drawn in (a) (d) Comment on the repeatability test of the vortex flowmeter.
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