Determine the moment applied to the bolt, Physics

The wrench shown in the figure is designed for access to the bolt at O.  The wrench lies in a vertical plane and a horizontal force of P27 (as in question 14) is applied at A perpendicular to the handle.  Other relevant distances in mm are P28 and P29.  Determine the moment applied to the bolt at O about the y axis, then determine the value of the distance, d, for which the moment at O about the z axis, would be zero.

The moment applied to the bolt at O about the y axis rounded to the nearest N.mm, is:    

ANS:

The distance, d, rounded to the nearest mm, for which the moment at O about the z axis, would be zero, is;

ANS:

 

2395_Determine the Moment Applied To the Bolt.png

Posted Date: 2/26/2013 4:39:55 AM | Location : United States







Related Discussions:- Determine the moment applied to the bolt, Assignment Help, Ask Question on Determine the moment applied to the bolt, Get Answer, Expert's Help, Determine the moment applied to the bolt Discussions

Write discussion on Determine the moment applied to the bolt
Your posts are moderated
Related Questions
at a particular instant the speedometer of a vehicle shows 30km/hr .it is the a}average speed b}instantaneous speed c}uniform speed d}non-uniform speed

properties of low and high resistive materials

Particles of the medium implement simple harmonic motion about their mean position in a direction perpendicular to the direction of propagation of wave motion. (i) It goes in th


Maxwell's demon (J.C. Maxwell): A thought experiment demonstrating the concepts of entropy. We have a container of gas that is partitioned in two equal sides; each side is in

In this type of capacitors the dielectric consists of one or more layer of extremely thin craft paper which looks very much like cigarette paper. The metal plates consist of alumin


PHYSICS ELECTRICITY EXPERIMENT - TO VERIFY OHM'S LAW WITH THE HELP OF AMMETER AND A VOLTMETER. 1. Procedure for the storage of equipment used in the experiment. Enquir

Kinds of graphs in physics

A filter of the form G ( z )   =  z 2 /( z - p )( z - p ) with p = re 4ω n     will be studied. With r = 0 . 95 and ω n   = Π/10 , plot the time response to