In a workshop shade, trusses are spaced at 4m center to center. The purlins are spaced at 1.4 m center to center along the slope of 30°. The (Dead Load + Live Load) is 3 kN/m2and the wind load is 5 kN/m2. The vertical and the inclined point loads, respectively, will be:

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RRB Paper · Accepted Answer

Inclined load (due to wind) = 5 × 4 × 1.4 = 28 kN Vertical load (due to DL + LL) = 3 × 4 × 1.4 × cos30 = 14.55 kN

In a workshop shade, trusses are spaced at 4m center to center. The purlins are spaced at 1.4 m center to center along the slope of 30°. The (Dead Load + Live Load) is 3 kN/m²and the wind load is 5 kN/m². The vertical and the inclined point loads, respectively, will be:

18 kN and 21 kN

14.54 kN and 28 kN

20 kN and 24 kN

17. 8 kN and 48 kN

The correct answer is `No. 2: 14.54 kN and 28 kN`

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In a workshop shade, trusses are spaced at 4m center to center. The purlins are spaced at 1.4 m center to center along the slope of 30°. The (Dead Load + Live Load) is 3 kN/m2and the wind load is 5 kN/m2. The vertical and the inclined point loads, respectively, will be:

18 kN and 21 kN

14.54 kN and 28 kN

20 kN and 24 kN

17. 8 kN and 48 kN

The correct answer is No. 2: 14.54 kN and 28 kN

In a workshop shade, trusses are spaced at 4m center to center. The purlins are spaced at 1.4 m center to center along the slope of 30°. The (Dead Load + Live Load) is 3 kN/m²and the wind load is 5 kN/m². The vertical and the inclined point loads, respectively, will be:

The correct answer is `No. 2: 14.54 kN and 28 kN`