Divide and show the steps of Problem Example 9.3 in chapter 9 from the textbook into the format of “Given”, “Find” and “Solution” sections.
Answer to Problem 27P
The mass of water stored after 5 minutes in tank (a) is 600 kg and in tank (b) is 300 kg, and the time taken to fill tank (a) and tank (b) of volume
Explanation of Solution
Given:
Volume of each tank
Density of water
Rate at which fluid enters tank is
Find:
The mass of water stored after 5 minutes in each tanks and also find the time taken to fill the tanks of volume
Solution:
Refer figure 1. Water enters the tank (a) at rate of
Formula for the relationship of conservation of mass is,
Consider the expression for rate of accumulation or depletion of fluid in the control volume is,
Substitute equation (2) in equation (1).
In figure 1, there is no disposal of water from the tank through any opening. Therefore, the rate at which the fluid leaves the control volume is zero. Therefore, equation (3) becomes,
As the water is filled inside the control volume at rate of
Formula to determine how much mass each tank can hold is,
Formula to determine the time taken to fill the tank (a) is,
Convert the unit of time taken from seconds to minutes.
Refer to Figure 2. Water enters the tank (b) at rate of
From equation (3),
As the water is filled inside the tank at rate of
Formula to determine the time taken to fill the tank (b) is,
Convert the unit of time taken from seconds to minutes.
Conclusion:
Hence, the mass of water stored after 5 minutes in tank (a) is 600 kg and in tank (b) is 300 kg, and the time taken to fill tank (a) and tank (b) of volume
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Chapter 4 Solutions
MindTap Engineering, 2 terms (12 months) Printed Access Card for Moaveni's Engineering Fundamentals, SI Edition, 5th
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- Engineering Fundamentals: An Introduction to Engi...Civil EngineeringISBN:9781305084766Author:Saeed MoaveniPublisher:Cengage Learning