Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
13. A mercury drop on a clean horizontal glass surface and a water drop on a horizontal glass plate coated with a thin layer of talcum powder are similar in shape. If it is known that for a particular shape of a drop. surface energy of surface tension and the gravitational potential energy bear a definite ratio that is independent of the size of the drop, estimate the ratio masses of these drops. Density of mercury is PH = 13.60 g/cm3, density of water is pw= 1.00 g/em3, surface tension of mercury is ou =0.46 N/m and surface tension of water is ow = 0.07 N/m. %3D

13. A mercury drop on a clean horizontal glass surface and a water drop on a horizontal glass plate coated with a thin layer of talcum powder are similar in shape. If it is known that for a particular shape of a drop. surface energy of surface tension and the gravitational potential energy bear a definite ratio that is independent of the size of the drop, estimate the ratio masses of these drops. Density of mercury is PH = 13.60 g/cm3, density of water is pw= 1.00 g/em3, surface tension of mercury is ou =0.46 N/m and surface tension of water is ow = 0.07 N/m. %3D

icon
Related questions
Question

Kindly check the answer mentioned in picture containing the question before submitting the solution.

13. A mercury drop on a clean horizontál glass surface and a water drop on a horizontal glass plate coated with a thin layer of talcum powder are similar in shape. If it is known that for a particular shape of a drop, surface energy of surface tension and the gravitational potential energy bear a definite ratio that is independent of the size of the drop, estimate the ratio masses of these drops. Density of mercury is PH = 13.60 g/cm3, density of water is pw = 1.00 g/em, surface tension of mercury is ou = 0.46 N/m and surface tension of water is ow 0.07 N/m. %3D
Transcribed Image Text:13. A mercury drop on a clean horizontál glass surface and a water drop on a horizontal glass plate coated with a thin layer of talcum powder are similar in shape. If it is known that for a particular shape of a drop, surface energy of surface tension and the gravitational potential energy bear a definite ratio that is independent of the size of the drop, estimate the ratio masses of these drops. Density of mercury is PH = 13.60 g/cm3, density of water is pw = 1.00 g/em, surface tension of mercury is ou = 0.46 N/m and surface tension of water is ow 0.07 N/m. %3D
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 4 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer