Answered

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According to the results of Study 1, what is the

tensile stress near the bottom of a concrete beam

reinforced with steel rod #1, when carrying a

load of 250 pounds?

A. approximately 44 psi

B. approximately 52 psi

C. approximately 60 psi

D. approximately 77 psi

Sagot :

sandlee09

The tensile stress near the bottom of a concrete beam will be the amount of stress it is under in pounds, divided by the cross-section area of pressure.

Although I could not locate the study online and therefore cannot deliver an exact answer, I can provide insight as to the relationship between tensile strength, stress, and psi.

Tensile strength is described as the resistance that a material offers when placed under pressure. Simply put, how much pressure a material can withstand without fracturing determines its tensile strength.

Similarly, tensile stress is the amount of pressure a material is under at a given point in time. To calculate the tensile stress a material is under you must take the force being applied to it and divide it by the cross-sectional area receiving the force. This is usually done in square inches, and from the division is pounds per square inch, we get the term psi.

To learn more visit:

https://brainly.com/question/14983416?referrer=searchResults

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