heggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegeheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegshegghegg What is the absolute maximum shear stress in [MPa] of the generalised plane stress shown with gchegg cheggchegsLegg 0, = -30 MPa?g cheggchegg cheggchegg cheggchegEwwwoaraawxa u hegg cheggcheggheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegeheggchegg cheggchegg cheggchegg heggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg3g cheggchegg cheggchegg cheggchegs3g cheggchegg heggchegg cheggcheggLegg cheggchegg pheggchegg cheggcheg cheggchegg cheggchegg cheggcheEgg cheggJchegg cheggchegg cheggchsg cheggchegg cdeggchegg cheggchegeE sheggchegg cheggchegg cheggcheggg cheggchegg cheggchegg cheggcheggheggchegg sheggchesa xuasUXDE LAaas XUXBAXUXAA xuxasUXDE Utaaxag cheggchegg cheggchegg hegg cheggheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegeheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegeheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegsheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegeheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegg cheggchegheggchegg cheggcheheggchegg cheggcheheggche bgg sheggsheggchegg cheggcheeggchegg s=cheggctheggchegg cheggcheheggchegg cheggcheheggcheggcheggche50 MPaex15 MPa

Answered: Image /qna-images/answer/aa8df41b-3f44-4928-8646-65a8d72c0427.jpg

Answered: What is the absolute maximum shear…

Engineering

Mechanical Engineering

What is the absolute maximum shear stress in [MPa] of the generalised plane stress shown with Oz = -30 MPa?

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

Consider the beam below with F = 9 kN. Neglect the thickness of the beam. F A 4 3 -2 m 5 OB -2 m- -2 m a) Determine the magnitude of the horizontal component of the reaction force at point A. Provide your answer in kN to 4 decimal places. Magnitude of the horizontal component of the reaction force at point A [kN] = b) Determine the magnitude of the vertical component of the reaction force at point A. Provide your answer in kN to 4 decimal places. Magnitude of the vertical component of the reaction force at point A [kN] = c) Determine the magnitude of the vertical component of the reaction force at point B. Provide your answer in kN to 4 decimal places. Magnitude of the vertical component of the reaction force at point B [kN] =
1.1 s) The overall size of the system (i.e. the shell) is 5.8 inch ID and a 27-inch long tube section. Assuming tubes are 1/2 inch in diameter (ignore thickness) and that the tubes are spaced with 1/4 inch between them. Estimate the number of tubes that will fit in the shell. O 36 O 60 O 13 O 46 QUESTION 2 1.22 area [ft²]. Og ft² 5 ft² O 17.66 ft2 10.6 ft2 Regardless of your answer to part 1.1, use 36 as the number of tubes and estimate the total heat transfer
QUESTION 23 A Wind turbine has a rotor diameter of 33m. At wind speed of 13m/s what is the a power [MW] in the wind?
fx | А В 1 Variable Value Units Length 30 inch Width 18 inch 4 Area m^2 4 The image above shows a section of a Google sheet. What formula should be written in cell B4 to calculate the area in m^2 of a rectangle with a length value in B2 and width in B3? a) =length * width / (2.54)^2 b) =(B2*2.54e-2) * (B3*2.54e-2) с) %3[В2/2.54e-2) * (В3/2.54e-2) d) =(B2/2.54) * (B3/2.54) e) =length * width f) =(B2*2.54) * (B3*2.54) Page 2. 5
On an alien planet, the law that expresses the flow of blood through a blood vessel, F, as a function of the radius r of the vessel is f=kr5/2where k is a constant. Certain geological features of this planet produce a gas that changes the radius of blood vessels by 5% at the time of inhalation. What would the corresponding increase in blood flow through the vessel at this time be? Write 1-2 sentences explaining how you found your answer.
Oc.510 [N.m] Hide blocks O d. 180 [N.m] What are the magnitude (F) and the location measured from end A (d) of the equivalent resultant force of the triangular distributed load in the figure below. 5m 3 m Wo =7 kN/m B Select one: O a. F = 6 KN ;d = 1 m O b. F= 6 KN ; d= 6.5 m O c. F= 10.5 KN ; d= 6 m O d. F= 21 KN; d= 6 m Finish attem Activate WindowS ACTIVITY Test Exam - Spring 2020-2021
Mechanical engineering thermodynamics. Handwritten solution accepted. (3-150) In an article on tire maintenance, it is stated that tires lose air over time, and pressure losses as high as 90 kPa (13 psi) per year are measured. The article recommends checking tire pressure at least once a month to avoid low tire pressure that hurts fuel efficiency and causes uneven thread wear on tires. Taking the beginning tire pressure to be 220 kPa (gage) and the atmospheric pressure to be 100 kPa, determine the fraction of air that can be lost from a tire per year.
TT S Course EHide blocks on 6 The magnitude of the moment produced by force F about segment AB of the pipe assembly is equal to. red d out of F =|-201 +20j + 15k) N 4 m 3 m 4 m Select one: O a. 88 (N.m] Ob 112 (N.m] Oc. 68 [N.m] O d.86 [N.m] 10:36 PM A A d)) ENG 4/17/2021
What volume (in m3) of natural gas would it take to generate 5.94 x 108 J of energy if the energy content of natural gas is 36.9 MJ/m3 [round your final answer to one decimal place]?
1. Find the force required to move a load of 300 N up a rough plane, the force being applied parallel to the plane. The inclination of the plane is such that a force of 60 N inclined at 30° to a similar smooth plane would keep the same load in equilibrium. The coefficient of friction is 0.3. [Ans. 146 N]
For the beams shown in Figure 3.5, draw the shear diagrams and note all critical values for shear. Note particularly the maximum value for shear and the point at which the shear passes through zero. [8.9 kN] [4.45 kN] 2000 Ib 3 1000 Ib 6' 3' 6' fom [1.8m] [0.9m] [1.8 m] 0.9m] 100 ib/tt [1.46 kN/m]`300 lb/tt[4.38 kN/m R2 (f)
Completely solve and box the final answer. Please show the units to show the unit cancellations. Write legibly 2. During a steady flow process, the pressure of the working substance drops from 1,380 kpa to 138 kpa, the speed increases from 61 m/s to 305 m/s, the internal energy of the open system decreases 58.1 KJ/kg, and the specific volume increases from 0.0625 m3/kg to 0.5 m3/kg. No heat is transferred, determine the work in KW if the mass flow at the rate of 272.15 kg/hr.