Figure 4 shows a tank with ultrasonic level sensor located on a seacoast. The time between transmitted and reflected ultrasonic pulse is 0.04 seconds, while the vele ultrasonic wave is 330m/s. The fluid in the tank is fresh water, and the height h = Answer the following: Find the depth d of the water in the tank. i) ii) [4 points] [3 points] If the mass of water is 20.000 kg, find the maximum capacity of the tank [ Find the absolute pressure at the bottom of the tank. iii) If necessary, use density of fresh water and air as 1000 kgm-3 and 1.225 kgm-3 respe

Introductory Circuit Analysis (13th Edition)
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Publisher:Robert L. Boylestad
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3. Figure 4 shows a tank with ultrasonic level sensor located on a seacoast. The time delay
between transmitted and reflected ultrasonic pulse is 0.04 seconds, while the velocity of
ultrasonic wave is 330m/s. The fluid in the tank is fresh water, and the height h = 30m.
Answer the following:
i)
Find the depth d of the water in the tank.
Find the absolute pressure at the bottom of the tank.
If the mass of water is 20.000 kg, find the maximum capacity of the tank [3 points]
[4 points]
ii)
iii)
[3 points]
If necessary, use density of fresh water and air as 1000 kgm3 and 1.225 kgm3 respectively.
Receiver
Transmitter
Ultrasonic pulse
Figure 4
Transcribed Image Text:3. Figure 4 shows a tank with ultrasonic level sensor located on a seacoast. The time delay between transmitted and reflected ultrasonic pulse is 0.04 seconds, while the velocity of ultrasonic wave is 330m/s. The fluid in the tank is fresh water, and the height h = 30m. Answer the following: i) Find the depth d of the water in the tank. Find the absolute pressure at the bottom of the tank. If the mass of water is 20.000 kg, find the maximum capacity of the tank [3 points] [4 points] ii) iii) [3 points] If necessary, use density of fresh water and air as 1000 kgm3 and 1.225 kgm3 respectively. Receiver Transmitter Ultrasonic pulse Figure 4
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