The volume of liquid, , in a partially filled, horizontal, cylindrical tank of radius and length is related to the depth of the liquid, h, at the center line of the cylinder by the formula v-[r³ cos (*=h)-(r-n)√2rn-n²³] 1 Develop a Python function to create a plot of liquid volume versus depth. Here are the first few lines: import numpy as np def cyltank (x, L, plot_title): create a plot of the volume of liquid in a horizontal, cylindrical tank from empty to full tank inputs: = inside radius of tank L = length plot title = string for title of plot Test your program with cyltank (3, 5, 'Volume vs. Depth for Horizontal Cylindrical Tank')

The volume of liquid, , in a partially filled, horizontal, cylindrical tank of radius and length is related to the depth of the liquid, h, at the center line of the cylinder by the formula v-[r³ cos (*=h)-(r-n)√2rn-n²³] 1 Develop a Python function to create a plot of liquid volume versus depth. Here are the first few lines: import numpy as np def cyltank (x, L, plot_title): create a plot of the volume of liquid in a horizontal, cylindrical tank from empty to full tank inputs: = inside radius of tank L = length plot title = string for title of plot Test your program with cyltank (3, 5, 'Volume vs. Depth for Horizontal Cylindrical Tank')

Name: Pl. The volume of liquid, V, in a partially filled, horizontal, cylin
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Description: Pl. The volume of liquid, V, in a partially filled, horizontal, cylindrical tank of radius and length I isrelated to the depth of the liquid, h, at the center line of the cylinder by the formulav-[r³ cos (*=h) - (r-n)√2h-²³ -V-Develop a Python funct

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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