Compute the maximum force P in Newtons that can be applied to the foot pedal. (Express your answer to one decimal place. Do not include the unit.)The 6-mm.- diameter pin at Bis in single shear, and its working shear stress is 28 MPa. The cable attached at C has a diameter of 3 mm. and a working normal stress of 140 MPa. * 50 mm в с 10° T -150 mm 50 mm

Compute the maximum force P in Newtons that can be applied to the foot pedal. (Express your answer to one decimal place. Do not include the unit.)The 6-mm.- diameter pin at Bis in single shear, and its working shear stress is 28 MPa. The cable attached at C has a diameter of 3 mm. and a working normal stress of 140 MPa. * 50 mm в с 10° T -150 mm 50 mm

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

3. Suppose the stress function for the loading condition is 3. 3 6 What is the maximum of it? (x, y) c₁xy+ €₂ Using this stress function, find out 0 Note: you have to determine all of the constants in . Eys 20
A close ends long thin walled cylindrical shell is subjected to an internal pressure. What is the ratio of the hoop stress to longitudinal stress developed in the shell ?
Don't Copy, I need correct solution within 10-20minutes. Please do it fast. [Handwritten recommended]
Other given: M = 1 N = 1
This is my second time uploading, first time I was recieved wrong solution, solution attached below. Read the question carefully don't waste my question
In the state of loading as made of brittle material tensile and compression fracture values of the exposed arm, respectively. σUT=200 MPa and σUC=800 MPa and factor of safety n=4 as it is; a) First reduce the applied forces to point B, b) By determining the critical point of the critical section and stresses Calculate it and show it on the stress element. c) Calculate the diameter of the AB part according to the Coulomb criterion. Note: Neglect the effect of cutting forces.
please do not round it off until the final answer
QUESTION 1. A hydrazine tank, designed by Orbital Propulsion Center, is made of T16A14V STA (3.7164.7) titanium alloy is shown in the figure. a. The length of the tank is 890 mm and its volume is 176.5 liters. Calculate the radius of the tank. b. Determine the tank thickness, t such that the tank resists the proof pressure of 36.9 Bar without permanent deformation and the burst pressure of 49.2 Bar without fracture. c. Under the operational conditions (MEOP), determine the absolute maximum shear stress that occurs on the tank. http://www.space-propulsion.com/spacecraft-propulsion/hydrazine-tanks/index.html Surface Tension Propellant Tank OST 33/0 Net Volume Range 176.5 Litres Propellants Hydrazine (N,H) Spherical with a gylindrical Intersection Geometrical Shape Maximum Expected Operating Pressure (MEOP) 24.63 bar Proof Pressure (1.5 x MEOP) 36.95 bar Burst Pressure (2.0 x MEOP) 49.26 bar Interface Fixation 4 Suspension Trunnions Materials - Pressure Vessel TIGAIAV STA (3.7164.7) -…
Choose the stress to which the size correction factor should be applied in Soderberg's formula. a. Mean stress b. Yield stress c. Variable stress d. Endurance limit stress Clear my choice
Please help. Given below are the complete informations to solve the problem. Please answer in the format of given, required, solution in detailed.
Solve it pls.
None