**Problem Description:**Air at standard conditions enters the compressor shown in the figure at a rate of 10 ft³/s. It exits the tank through a 1.2-inch diameter pipe with a density of 0.0035 slugs/ft³ and a uniform speed of 696 ft/s.(a) **Mass Flow Rate Calculation:**Determine the rate (in slugs/s) at which the mass of air in the tank is either increasing or decreasing.(b) **Density Rate of Change Calculation:**Determine the average time rate of change of air density within the tank.---**Diagram Explanation:**- **Compressor System:** The system includes a tank with a volume of 20 ft³. - **Inflow:** Air enters the compressor at a flow rate of 10 ft³/s with a density of 0.00238 slugs/ft³.- **Outflow:** Air exits through a pipe with a speed of 696 ft/s and a density of 0.0035 slugs/ft³.- **Pipe Diameter:** The pipe has a diameter of 1.2 inches.---**Equations:**(a) \(\frac{DM}{Dt} = \) [Input field for slugs/s](b) \(\frac{D\rho}{Dt} = \) [Input field for slugs/ft³·s]---Use these details to complete the calculations for both mass flow rate and density change rate.

Answered: Image /qna-images/answer/131d23ce-5837-425d-8214-bf4559dd8b12.jpg

diameter pipe with a density of 0.0035 slugs/ft³ and a uniform speed of 696 ft/s. (a) Determine the rate (slugs/s) at which the mass of air in the tank is increasing or decreasing. (b) Determine the average time rate of change of air density within the tank. Compressor 10 ft³/s - 0.00238 slugs/ft³ (a) (b) DM Dt Dp Dt i i Tank volume 20 ft³ 1.2 in. slugs/s slugs/ft³.s 696ft/s 0.0035 slugs/ft³

diameter pipe with a density of 0.0035 slugs/ft³ and a uniform speed of 696 ft/s. (a) Determine the rate (slugs/s) at which the mass of air in the tank is increasing or decreasing. (b) Determine the average time rate of change of air density within the tank. Compressor 10 ft³/s - 0.00238 slugs/ft³ (a) (b) DM Dt Dp Dt i i Tank volume 20 ft³ 1.2 in. slugs/s slugs/ft³.s 696ft/s 0.0035 slugs/ft³

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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