In a surface tension experiment with a capillary tube water rises upto $0.1 m$ . If the same experiment is repeated in an artificial satellite, which is revolving around the earth ; water will rise in the capillary tube upto a height of

0.1 m

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0.2 m

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0.98 m

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full length of tube

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Solution

The correct option is A full length of tube
$h = \frac{2 T cos θ}{ρ g_{e f f} r}$
Inside a satellite $g_{e f f}$ becomes zero. Hence, water will rise to the full length of the capillary tube.

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In a surface tension experiment with a capillary tube water rises upto 0.1m. If the same experiment is repeated in an artificial satellite, which is revolving around the earth ; water will rise in the capillary tube upto a height of

The correct option is A full length of tubeh=2TcosθρgeffrInside a satellite geff becomes zero. Hence, water will rise to the full length of the capillary tube.

In a surface tension experiment with a capillary tube water rises upto $0.1 m$ . If the same experiment is repeated in an artificial satellite, which is revolving around the earth ; water will rise in the capillary tube upto a height of

The correct option is A full length of tube
$h = \frac{2 T cos θ}{ρ g_{e f f} r}$
Inside a satellite $g_{e f f}$ becomes zero. Hence, water will rise to the full length of the capillary tube.