What is NOT one of the three primary resources that families have to reach financial goals?
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The uniformly distributed load per meter the beam may carry will be 1.275 × 10 ⁶ N/mm.
<h3>What is bending stress?</h3>When an object is subjected to a heavy load at a specific spot, it often experiences bending stress, which causes the object to bend and tire.
The given data in the problem is;
Bending stress, σ = 120 N/mm2
Moment of inertia, I = 8.5 × 106 mm⁴
Depth of beam, y = d/2 = 200/2 = 100 mm
Length of beam, L = 8 m = 8000 mm
Width of beam, W = 300 mm
The maximum bending moment of the beam with UDL;
From the bending equation;
The maximum bending moment of the beam with UDL;
Hence the uniformly distributed load per meter the beam may carry will be 1.275 × 10 ⁶ N/mm.
To learn more about the bending stress, refer;
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Answer with explanation:
The given vectors in are reduced to their componednt form as shown
For vector A it can be written as
Similarly vector B can be written as
Hence The sum and difference is calculated as
The direction is given by
with positive x axis.
Similarly
The direction is given by
with positive x axis.