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State and explain the effect of temperature on surface tension of a liquid.
General
A capillary tube is held in a vertical position with one end dipping in a liquid of surface tension γ and density ρ. If the liquid rises to a height, h, derive an expression for h in terms of γ, ρ and radius r of the tube assuming the angle of contact is zero.
General
Sketch using the same axes, stress-strain curves for ductile material and for rubber and explain the shape of the graphs
General
Common Man’s Charter of 1969 in Uganda – Objectives, achievements and failures
General
Harambe in Kenya – Objectives, achievements and failures

Name applications of total internal reflection

Bbosa Science 04/04/2021 10:50 0

Name applications of total internal reflection

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CATEGORIES Physics questions and answers

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LATEST NEWS / TUTORIALS

State and explain the effect of temperature on surface tension of a liquid.

A capillary tube is held in a vertical position with one end dipping in a liquid of surface tension γ and density ρ. If the liquid rises to a height, h, derive an expression for h in terms of γ, ρ and radius r of the tube assuming the angle of contact is zero.

Sketch using the same axes, stress-strain curves for ductile material and for rubber and explain the shape of the graphs

Common Man’s Charter of 1969 in Uganda – Objectives, achievements and failures

Harambe in Kenya – Objectives, achievements and failures

Name applications of total internal reflection

Name applications of total internal reflection

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AUTHOR Bbosa Science

Factors that influence the level of profits in your country (Uganda)

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State and explain the effect of temperature on surface tension of a liquid.

A capillary tube is held in a vertical position with one end dipping in a liquid of surface tension γ and density ρ. If the liquid rises to a height, h, derive an expression for h in terms of γ, ρ and radius r of the tube assuming the angle of contact is zero.

Sketch using the same axes, stress-strain curves for ductile material and for rubber and explain the shape of the graphs

State and explain the effect of temperature on surface tension of a liquid.

A capillary tube is held in a vertical position with one end dipping in a liquid of surface tension γ and density ρ. If the liquid rises to a height, h, derive an expression for h in terms of γ, ρ and radius r of the tube assuming the angle of contact is zero.

Sketch using the same axes, stress-strain curves for ductile material and for rubber and explain the shape of the graphs

Name applications of total internal reflection

Name applications of total internal reflection

Please subscribe to promote my website

AUTHORBbosa Science

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AUTHOR Bbosa Science