Determine the discharge (Q) and velocity in pipe 3. (show solution and a diagram/ illustration) Determine the discharge (Q) and velocity in pipe 3.V2 = 2m/secD2 = 20cmV, = 2.5m/sec30cmD; =3V3 = ?D = 15cmO 0.1876 m3/s and 4.78 m/sO 0.1876 m3/s and 6.44 m/sO 0.1767 m3/s and 6.44 m/sO 0.1767 m3/s and 4.78 m/s V2 = 2m/secD2 = 20cmV, = 2.5m/secD, = 30cm3V3 = ?D = 15cm1)

Answered: Image /qna-images/answer/a75af588-97e0-4d0c-8d66-02b425f56c45.jpg

Determine the discharge (Q) and velocity in pipe 3. V2 = 2m/sec D2 = 20cm V; = 2.5m/sec D = 30cm 3 V3 = ? D = 15cm O 0.1876 m3/s and 4.78 m/s O 0.1876 m3/s and 6.44 m/s O 0.1767 m3/s and 6.44 m/s O 0.1767 m3/s and 4.78 m/s

Determine the discharge (Q) and velocity in pipe 3. V2 = 2m/sec D2 = 20cm V; = 2.5m/sec D = 30cm 3 V3 = ? D = 15cm O 0.1876 m3/s and 4.78 m/s O 0.1876 m3/s and 6.44 m/s O 0.1767 m3/s and 6.44 m/s O 0.1767 m3/s and 4.78 m/s

Inquiry into Physics

8th Edition

ISBN:9781337515863

Author:Ostdiek

Publisher:Ostdiek

Chapter4: Physics Of Matter

Section: Chapter Questions

Problem 7P: A large chunk of metal has a mass of 393 kg, and its volume is measured to be 0.05 m3. (a) Find the...

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Question

Determine the discharge (Q) and velocity in pipe 3. (show solution and a diagram/ illustration)

Determine the discharge (Q) and velocity in pipe 3.
V2 = 2m/sec
D2 = 20cm
V, = 2.5m/sec
30cm
D; =
3
V3 = ?
D = 15cm
O 0.1876 m3/s and 4.78 m/s
O 0.1876 m3/s and 6.44 m/s
O 0.1767 m3/s and 6.44 m/s
O 0.1767 m3/s and 4.78 m/s

V2 = 2m/sec
D2 = 20cm
V, = 2.5m/sec
D, = 30cm
3
V3 = ?
D = 15cm
1)

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