13. A circular orifice 15-mm diameter is located 0.35 m above the bottom of a rectangular tank 50 cm by 80 cm in plan area. At a given instant, the height of the fluid in the tank is 1.55 m. To reduce the height of the fluid by 0.4 m, the orfice needs to be continuously discharging for 307 seconds as measured from that given instant. Calculate the coefficient of discharge of the orifice. A. 0.85 B. 0.58 C. 0.76 D. 0.67

13. A circular orifice 15-mm diameter is located 0.35 m above the bottom of a rectangular tank 50 cm by 80 cm in plan area. At a given instant, the height of the fluid in the tank is 1.55 m. To reduce the height of the fluid by 0.4 m, the orfice needs to be continuously discharging for 307 seconds as measured from that given instant. Calculate the coefficient of discharge of the orifice. A. 0.85 B. 0.58 C. 0.76 D. 0.67

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

C) When do we use the gradient wall ? أساس جداري متدرجfoundation
For the truss given below, what is the retraint that can not be remove to arrive with primary structure? CHOICES: a. None b. Reaction at D c. Reaction at C d. Vertical Component of the reaction at A thank you!!!
Two filler boards of equal width are used to install this window air-conditioningcasing. Find the width of each board.
Show complete solutions and figures A vertical gate shown has its one face completely in contact with water while the other face isexposed to the atmosphere. Determine the location of the center of pressure, reckoned from the top edge, of the side in contact to the water.a) 1.983m b) 2.068m c) 1.875m d) 2.515m e) None
Mention two types of control and regulating structures with brief description. }
IV) Damp Proof Course (DPC) 9 cm isolation for wall: Volume (m3
2. Find the total glass area on the East & West side of the provided house drawing? NOTE 1: The wall height for all rooms is 11 feet. NOTE 2: When calculating heat gain and loss for the provided drawing, Round U factor to 3 decimals places, Round heating transfer multiplier (HTM) to two decimal places. NOTE 3: For each window, door or surface area, round off square feet to the nearest whole number. N 2'8 X 4'0 2'8 X 4'0 Answer Room 3: 10' X8' 5'0 X 6'0 Room 4 22' X16' Room 2 18' X14' 5'0 X 6'0 2'8 X 6'8" 3'0 X 6'8" 2'0X 3'0 Room 5 26' X20' ID: B Room 1 30' X18' Room 6 8' X8' 5'0 X 6'0 2′8 X 4'0 5'0 X 6'0
Hi kindly answer the problem attached image below. Thank you!ASAP.
Pls help me answer. RCD subject Design for Shear and Torsion
Write short summary about duct system (200-300 words)
M9
Choose one:628 kN 111 kN 262 kN 471 kN