Discussion :: RCC Structures Design
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P is the prestressed force applied to the tendon of a rectangular prestressed beam whose area of cross section is A and sectional modulus is Z. The maximum stress f in the beam, subjected to a maximum bending moment M, is
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A.
f = \(\frac { P } { A } \)+ \(\frac {Z} { M } \) |
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B.
f = \(\frac { A } { P } \)+\(\frac {M} { Z } \) |
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C.
f = \(\frac { P } { A } \) + \(\frac {M} { Z } \) |
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D.
f = \(\frac { P } { A } \) + \(\frac {M} {6 Z } \) |
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E.
f = \(\frac { P } { A } \)- \(\frac {M} {6 Z } \) |
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Answer : Option C
Explanation :
No answer description available for this question.
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