1IX = √₂492নলKbnute?Consider the cylindrical tank drangig duegranty through a Som hoveTani dianeter = 50mm5mmटीIf the tank starts with a depth of water of 40cm, détermine the depthof the warler (4) after 12 secs

Name: 1IX = √₂492নলKbnute?Consider the cylindrical tank drangig duegranty t
Uploaded: 2024-03-20T06:56:55.000Z
Channel: Bartleby
Description: 1IX = √₂492নলKbnute?Consider the cylindrical tank drangig duegranty through a Som hoveTani dianeter = 50mm5mmटीIf the tank starts with a depth of water of 40cm, détermine the depthof the warler (4) after 12 secs

Answered: Image /qna-images/answer/a438aa09-6c6a-42e4-8f56-5206da298570.jpg

Engineering

Mechanical Engineering

( Y = √₂49 Ø₂ T hule Consider the cylindrical tank dranging due granty through a from hole Tani dianeter = 50mm 5mm If the tank starts with a depth of wating of 40cm, determine the depth of the water (4) after 12 secs

( Y = √₂49 Ø₂ T hule Consider the cylindrical tank dranging due granty through a from hole Tani dianeter = 50mm 5mm If the tank starts with a depth of wating of 40cm, determine the depth of the water (4) after 12 secs

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Determine the capacity, in liters, of the punch bowl shown if R = 250mm.
A vertical gap of 0.1 mm contains a fluid of viscosity (2 Pa.s). A thin metallic plate sheet (0.2 m x 0.3 m) is to be lifted up with a constant velocity of 0.1 m/s through the gap. Find the force (f) given the weight of the plate is 60 N a) If the plate is in the middle of the gap b) If the plate is as shown below 4f 0.3 mm 0.7mm
Fluid with a density of 1200 kg/m^3 is applying pressure on the gate shown. The depth of the water is equal to the height of the gate. The h is 6 m and width of the gate is 3 m. Determine the resultant pressure force acting on the gate? fluid gate 35305 N 847325 N 70610 N 1271000 N 635494 N
7. The mass less, 1.2 m wide gate shown in fig. (2.7) pivots about the frictionless hinge (0). It is held in place by the 8.9*10' N counterweight, (W). Determine the water depth,(h). Witer Galo Pict 0- Width - 1.2 m 0.6 in 0.9 m Figure (2.7)
If the pressure in a tank of oil (sp gr 0.85) is 375kn/m2, what is the equivalent head; (a) in meters of the oil; (b) in meters of water; (c) in meters of mercury? NOTE: Clear handwritten solution
2””↑ 2" The tabletop experiment shown below has been designed to demonstrate the reaction of a free surface to acceleration. If the weight provides a constant acceleration of 20.1 ft/s2, draw the free surface during acceleration, labeling the water height at each end of the car and the angle o made by the free surface with respect to the horizontal. Car At Rest 6" 4" Car With Constant Acceleration
Compute the pressure вечериче at depth g 5.337m from free 2 wface of watey.
The canal shown, which is in a form of a quarter circle, runs 9.3 m. into the paper. Determine the depth of the center of pressure (in meters). Use R = 15. Answer : 12.65m.
magnitude of the reruttant water force Cper meter op width) acArngs on the face of the dam? A grauity dam has the cross section shown, lalhat is the 30m 20m 3om 20m
Q1/ This rectangular gate shown in Fig.1 below will open automatically when the depth of water (d) becomes large enough. What is the minimum depth that will cause the gate to open? Fig. (1) 22 200 N 60 -45 m (x 2.4 m)-
Q1. Find the horizontal thrust of the water on each foot of width of the sluice gate, given y₁ = 7 ft, y2 = 1.2 ft, and y3 = 1.4 ft. Neglect friction Water Y3 Gate 17
he manitude and direction of the force exerted by the water on the curved BCaf the conduit. The depth of conduit is 2 m