3. In the figure below, ax = 12.88 ft/s? and ay = 0. Find the imaginary free liquid surface and thepressure at B, C, D and E.Ans. B = 0.347psi, C = 0.069psi,D= 1.109 psi, E = 0.693 psiayB1ftA+3ftaxOIL - Sp. Gr. 0.8E3ft4. With the same figure as Problem 3, if ax = 8.05 ft/s? and ay = 16.1 ft/s?, find the imaginary free liquidsurface and the pressure at B, C, D and E.%3DAns. B = 0.347psi, C = 0.069psi,

Solution to first question, Q3 as per out company guidelines: Given ax = 12.88 m/s2 To find:…

In the figure below, ax = 12.88 ft/s? and ay = 0. Find the imaginary free liquid surface and the pressure at B, C, D and E. Ans. B = 0.347psi, C = 0.069psi, D= 1.109 psi, E = 0.693 psi ay в 1ft A+ 3ft ах OIL - Sp. Gr. 0.8 E 3ft

In the figure below, ax = 12.88 ft/s? and ay = 0. Find the imaginary free liquid surface and the pressure at B, C, D and E. Ans. B = 0.347psi, C = 0.069psi, D= 1.109 psi, E = 0.693 psi ay в 1ft A+ 3ft ах OIL - Sp. Gr. 0.8 E 3ft

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

(b) Use Bernoulli's energy balance equation (E = PV + 0.5*mU²), assume volume flow rate remains constant along the pipe such that (Q=UA), and assume that pressure is balanced manometer to perform the following derivations: (i) (ii) (iii) 1- P2 in the pipe (substitute U2 in this step). an expression for P₁ an expression for P₁ P2 in the U-tube manometer. Set the expressions in parts (i) and (ii) equal to one another and derive the flow equation: U₁ = 2 (Pm -1) gh BA - 1
Qz: A A liquid of (N = 1:25 Pais.) fills the space of (Sum) shown in figure below. Calculate the forque (T) required to rotate the frustum cone at a constant speed of a (60 rip.u). IT Smm o. 3m 0.7m
Q10: In Figure below, find the horizontal, vertical forces on the gate ABCD, assume the gate width 8 ft. AB is rectangular section, BC is half a circle gate and CD is quarter a circle. Oil S-0.8 トャ
Help me please
3. A container filled with water accelerates at 20 ft/s² up a plane inclined by a = 30°. The pressure at the top of the tank, point 1, is measure at 10 psi. The length of the tank is 10 ft, and its height is 5 ft. Determine the maximum pressure in the tank. Pt. 1 ax
AT. 2] a water pump is to be used in a water supply system as shown in the figure. The pressure at point 1 is 70 kPaa and the pressure at point 2 is 101 kPaa. The velocity in the 60-mm pipe is 2 m/s. Find the pump power. Neglect friction, and assume no change of internal energy of the water and no heat transfer between point 1 and 2. Take the density of water at standard condition. 2 m2 10 m Pump
Please show your step by step solution thank you
In the communicating vessels with diameters Di=8 cm and 02=4 cm, a liquid of den is poured sity p=1000 kg/m3. By how much will the level of the liquid in the containers rise, if one A certain body of mass m=200 g of density p0<p?
A tube of length L = 25.0 m that is open at one end contains airthe pressure of an atmosphere. It is pushed vertically into a freshwater lake.until the water rises halfway up the tube, see figure below. Suppose the temperature is the same at all points and does not vary with time. Adopt g=9.8 m/s2.a) What is the depth h of the bottom end of the tube?b) When was work W performed on the (ideal) gas inside the tube?
Find the height of the mercury in the U-tube (SGng = 13.6). |Patm= 100Kpa P=130 KPa gas [h=?
TI T Problem 4 A sealed tank of Section A1. 1m² is filled with water and in the tank pressure us p = 5 atm The free surface of water is placed at a height h₁ = 20m. At ground levels on the basis the tank f 7 there is a small tabe of section A₂ = 0.0079m² with a tap. khen the top is opened, water gushes to a beight z 0 ap the height & and the volume flow rate at the output of the tube ATA by the power we car obtain from the water at the output. 18 A A₁ POS 2 T NJ da V. Te n Azza Please answer the above question step-wise, Showing detailed explorations (in hand written if possible) In adrlanced !!! Thanks
التاريخ 8-8 8 KM D-1Somm -> Q=366 4s D. =300mm Liquid of specfiec weight- 8KNl callwlate The manonmter Yeading when tigind is flóWing ? gilblay el.