A tube of 0.8mm radius is dipped into a liquid with surface tension and density 6 × 10-2 N/m and 900 kg/m3 respectively. If the tube is kept vertical, the height of liquid rises in it will be (g = 10 ms-2)

r=0.8×10−3m;T=6×10−2N/mρ=900kg/m3h=2×6×10−2×1900×10×8×10−4=0.017m

A tube of 0.8mm radius is dipped into a liquid with surface tension and density 6 × 10-2 N/m and 900 kg/m3 respectively. If the tube is kept vertical, the height of liquid rises in it will be (g = 10 ms-2)

r=0.8×10−3m;T=6×10−2N/mρ=900kg/m3h=2×6×10−2×1900×10×8×10−4=0.017m

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A tube of 0.8mm radius is dipped into a liquid with surface tension and density 6 × 10^-2 N/m and
900 kg/m³ respectively. If the tube is kept vertical, the height of liquid rises in it will be (g = 10 ms^-2)

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0.17 m

0.017 m

1.7 m

17 m

answer is A.

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$\begin{array}{l} r = 0 .8 \times 10^{- 3} m; T = 6 \times 10^{- 2} N / m \\ ρ = 900 kg / m^{3} \\ h = \frac{2 \times 6 \times 10^{- 2} \times 1}{900 \times 10 \times 8 \times 10^{- 4}} = 0 .017 m \end{array}$

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A tube of 0.8mm radius is dipped into a liquid with surface tension and density 6 × 10-2 N/m and 900 kg/m3 respectively. If the tube is kept vertical, the height of liquid rises in it will be (g = 10 ms-2)

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A tube of 0.8mm radius is dipped into a liquid with surface tension and density 6 × 10^-2 N/m and
900 kg/m³ respectively. If the tube is kept vertical, the height of liquid rises in it will be (g = 10 ms^-2)