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Create a shear force and bending moment diagram. From the equations and/or the plot, determine the location at which the shear force is at a maximum. Enter your value is distance units of meters measured starting from point A

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Select the best options for the statements below

An example of the shear and a bending moment diagram appearing on a beam re shown in Sp8-3. Based on the sign convention for these quantities, select the best options for the the statements below
 
For the beam regions with shear force change between +515 to +35 Lb
 
For the beam region with constant shear force regions of -515 Lb
 
For the beam regions with bending moment change between 0 to +3300 Lb-in
 
For the beam regions with bending moment ch
 
CHOICES:
 
Neither the left or right side shifts relative to each other under the shear force
Left side of beam tends to move up with respect to right side
Beam tends to curve with convex side up
Beam tends to curve with convex side down
Left side of beam tends to move down with respect to left side beam tends to curve with convex side down

Choose. Shear and bending miners are assigned sign conventions using the sign convention march the provided statements

Choose neither positive or negative, positive or negative

A shear force that tends to move the left side of a member up with respect to the right side. _________
 
A bending moment that tends to bene a member such that the convex side is up. _________

Answer the following guestions according to the effect of F1 and F2 forces on the solid rectangular beam given in the figure.
F1=1000N     F2=2000N     b=  4mm    h=60mm     I=400 mm safety factor =  
A) Find the maximum bending moments Mexmax and Meymax.
B) Find the maximum torsion moment.
C) Find the neutral axis.
D)Calculate the maximum comparison stress according to the maximum shear stress hypothesis.
E) Find the safety coefficient.

 

 

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