Q2/ Put a Circle around the correct Answer: 1/ Dimensions of discharge coefficient Cd are: a) Dimensionless Quantity b) (m/s) (c) (KN) 2/ Type of water Flow in the pipe is Turbulent when: (a) Re less than 2000 b) Re = 3000 c) Re greater than 4000 3/ Water flows upwards in an inclined pipe from point No. (1) to point No. (2) if: (a) Total Head HT at point No. (1) is greater than Ht at point No.

Elements Of Electromagnetics
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Q2/ Put a Circle around the correct Answer:
1/ Dimensions of discharge coefficient Cd are:
(a) Dimensionless Quantity
(b) (m/s)
(c) (KN)
2/ Type of water Flow in the pipe is Turbulent when:
(a) Re less than 2000
(b) Re = 3000
(c) Re greater than 4000
3/ Water flows upwards in an inclined pipe from point No. (1) to
point No. (2) if:
(a) Total Head Ht at point No. (1) is greater than HT at point No. (2).
(b) Total Head Ht at point No. (1) is less than Ht at point No. (2).
(c) Total Head Ht at point No. (1) is equal to H† at point No. (2).
4/ Dimensions of Manning's coefficient n in Manning's equation
are:
(a) {s/m@/3)}
(b) {ml/3)/s}
(c) (m/s)
5/ If HT means the total head of water at any point in the pipe and H
is the hydraulic head of water at that point.
(a) HT is less than H
(b) HT is greater than H
(c) HT is equal to H
Transcribed Image Text:Q2/ Put a Circle around the correct Answer: 1/ Dimensions of discharge coefficient Cd are: (a) Dimensionless Quantity (b) (m/s) (c) (KN) 2/ Type of water Flow in the pipe is Turbulent when: (a) Re less than 2000 (b) Re = 3000 (c) Re greater than 4000 3/ Water flows upwards in an inclined pipe from point No. (1) to point No. (2) if: (a) Total Head Ht at point No. (1) is greater than HT at point No. (2). (b) Total Head Ht at point No. (1) is less than Ht at point No. (2). (c) Total Head Ht at point No. (1) is equal to H† at point No. (2). 4/ Dimensions of Manning's coefficient n in Manning's equation are: (a) {s/m@/3)} (b) {ml/3)/s} (c) (m/s) 5/ If HT means the total head of water at any point in the pipe and H is the hydraulic head of water at that point. (a) HT is less than H (b) HT is greater than H (c) HT is equal to H
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