Structural Design ( RCC )

271) A shear wall is designed to carry

Discuss in Comment

axial shear and bending forces

272) a curtain wall is designed to carry

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wind load plus self weight

273) A load bearing wall is designed to carry

Discuss in Comment

imposed loads

274) A partition wall is designed to carry

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no external loads

275) A cavity wall is designed to carry

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axial and bending

276) An eccentric tendon anchored perpendicular to the plane of concrete at the end section in

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bending and compression

277) The reduction co-efficient applied to long columns designed by ultimate strength design as compared to that designed by working stress design is

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same

278) The maximum unsupported length of a R.C.C. column unrestrained in a plane should be

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100b^2/D

279) The combined load factor applied in the ultimate strength design of R.C.C. members is

Discuss in Comment

1.8

280) For a balanced design, according to IS : 456, the maximum depth of concrete stress block in R.C.C. beams should be

Discuss in Comment

0.43 d

Subject Notes

Objective Box

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