Which of the given option provides the effective width of an isolated T- beam of RCC as per IS 456-2000? Assume - b f = effective width of flange, L 0 = distance between points of zero moments in the beam, b w = breadth of the web, D f = thickness of flange and b = actual width of the flange.

Correct Answer is : [L0∕{(L0 b)+4}]+bw

[L_{0}\/ \{ ( {L_{0}}/{\text{ }b}) + 4\} ] + b_{w}

(\frac{L_{0}}{12}) + b_{w} + 3D_{f}

(\frac{L_{0}}{6}) + b_{w} + 6D_{f}

[0.5L_{0}\/ \{ ( {L_{0}}/{\text{ }b}) + 4\} ] + b_{w}

SSC JE Civil 7 Jun 2024 Shift 1 Paper

Question : 131 of 200

Marks: +1, -0

Which of the given option provides the effective width of an isolated T- beam of RCC as per IS 456-2000? Assume - b_f = effective width of flange, L₀ = distance between points of zero moments in the beam, b_w= breadth of the web, D_f= thickness of flange and b = actual width of the flange.

$[L_{0}\/ \{ (\;{L_{0}}/{\;\text " "\;b}) + 4\} ] + b_{w}$
$(\;{L_{0}}/{12}) + b_{w} + 3D_{f}$
$(\;{L_{0}}/{6}) + b_{w} + 6D_{f}$
$[0.5L_{0}\/ \{ (\;{L_{0}}/{\;\text " "\;b}) + 4\} ] + b_{w}$

Validate

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