Question

Shear stresses may develop along the length of the beam due to; Question 15 options: polar...

Shear stresses may develop along the length of the beam due to; Question 15 options:

polar moment of inertia

shear stress on the cross-section

bending moment

maximum normal stress

Homework Answers

Answer #1

Option C is correct i.e. bending moments in beam can cause longitudnal shear stresses in beam. Option A belongs to shear stress due to torsion which is transverse shear stress in beam. Option B is not correct as shear stress on cross section is transverse shear stress i.e. perpendicular to direction of axis of beam. Option D is not correct as maximum normal stress plane have zero shear stress.

Reliability of option C is shown in Figure 1 attached

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
True false: 1) When subjected to bending, a beam only develops normal stress in tension and...
True false: 1) When subjected to bending, a beam only develops normal stress in tension and compression 2)the shear flow is defined as an average force per unit length for each cross-section. 3)due to bending shear flow develops only along the beam length. 4)) shear center is defined as the point through which force can be applied without causing torsion Fill in the blank: the shear stress induced by bending in a beam is ............ Solve the question problem: A...
The slope of the bending-moment diagram is equal to the _______ of the shear-force diagram at...
The slope of the bending-moment diagram is equal to the _______ of the shear-force diagram at that point. Question 1 options: length slope area value Question 2 (2 points) Bending moments are maximum or minimum _______. Question 2 options: where the maximum distributed load is applied at the largest concentrated moment where the shear force diagram is zero where the shear force diagram reaches a maximum Question 3 (2 points) Assuming no external moments are applied to the beam, the...
Which one of the followings is not a result of bending moment? Question 14 options: Normal...
Which one of the followings is not a result of bending moment? Question 14 options: Normal strain Tensile stress Normal stress Shear stress
Considering the pure bending of a beam, calculate the maximum vertical and lateral displacements, and, using...
Considering the pure bending of a beam, calculate the maximum vertical and lateral displacements, and, using the Euler Bernoulli beam theory and the exact solution from theory of elasticity. Assume, length of the beam, thickness of the beam, and Poisson ration, Express the results in terms of the material Modulus of Elasticity, , the cross-section moment of Inertia, and the effective bending moment , M. Specify the percentage of error in the maximum vertical displacement predicted per the common beam...
5. A solid steel shaft has a diameter of 200mm. The shaft transmits 550kW at 300r/min....
5. A solid steel shaft has a diameter of 200mm. The shaft transmits 550kW at 300r/min. It is also subjected to a bending moment of 10kNm and an end thrust of 400kN. Find: 5.1 The applied torque 5.2 The applied shear stress 5.3 The applied bending stress 5.4 The stress due to the end thrust Draw a stress element and matching Mohr’s circle clearly showing Both principle stresses and the maximum shear stress at: 5.5 the top of the shaft’s...
WITH COMPLETE SOLUTION A welded steel girder having the cross section of two fabricated 280 mm...
WITH COMPLETE SOLUTION A welded steel girder having the cross section of two fabricated 280 mm x 25 mm flange and a 600 mm x 15 mm web plate. The plates are joined by four fillet welds that run continuously for the length of the 6 m span girder. Each weld has an allowable load of 330 kN/m. 1.Determine the maximum allowable shear force V for the girder in kN. 2. Calculate the maximum bending stress of the girder if...