outer diameter is 1.1 mm, when it is kept A glass tube has inner diameter is 1 mm vertical and partial dipped in water, calculate the downward pull due to surface tension. Curface tension of water = 75 dyne /cm). %3D
outer diameter is 1.1 mm, when it is kept A glass tube has inner diameter is 1 mm vertical and partial dipped in water, calculate the downward pull due to surface tension. Curface tension of water = 75 dyne /cm). %3D
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![the downward pull due to surface tension.
outer diameter is 1.1 mm, when it is kept
A glass tube has inner diameter is 1 mm
vertical and partial dipped in water, calculate
the downward pull due to surface tension.
%3D
(Surface tension of water = 75 dyne /cm).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fae56c1eb-c564-4155-98f6-c41839585db0%2Fdb42d925-8fb0-4d09-a46b-0d84d9c1720e%2Ff67sa8c_processed.jpeg&w=3840&q=75)
Transcribed Image Text:the downward pull due to surface tension.
outer diameter is 1.1 mm, when it is kept
A glass tube has inner diameter is 1 mm
vertical and partial dipped in water, calculate
the downward pull due to surface tension.
%3D
(Surface tension of water = 75 dyne /cm).
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