Check If Mercury In A Barometer Is Replaced By Water - Updated

Check if mercury in a barometer is replaced by water. If mercury in a barometer is replaced by water the height of 375 cm of mercury will be following cm of water. Density of water - 1000 km density of mercury - 13600 km 11 075 m 2 10 m 3 103 m be the reasure in dynecm due to a water column of. If the mercury in the barometer is replaced by water what would be resulting in reading. Check also: barometer and if mercury in a barometer is replaced by water What would be the height of water column if mercury in barometer is replaced by water.

What would be the height of water column if mercury in barometer is replaced by water. If mercury in a barometer is replaced by water the height of 375 cm of mercury will be following cm of water.

5 If The Mercury In The Barometer Is Replaced Water What Will Be The Resulting Height Of The Water Column Density Of Water 1000 Kgm3 Density Of Mercury Density of water 1000 kgm3 - Physics.

Topic: If mercury in a barometer is replaced by water the height of 375 cm of mercury will be following cm of water Options are A 51 cm B 50 cm C 52 cm D 522 cm E 517 cm Leave your comments or Download question paper. 5 If The Mercury In The Barometer Is Replaced Water What Will Be The Resulting Height Of The Water Column Density Of Water 1000 Kgm3 Density Of Mercury If Mercury In A Barometer Is Replaced By Water

Content: Explanation

File Format: Google Sheet

File size: 2.6mb

Number of Pages: 21+ pages

Publication Date: June 2021

Open 5 If The Mercury In The Barometer Is Replaced Water What Will Be The Resulting Height Of The Water Column Density Of Water 1000 Kgm3 Density Of Mercury

Density of Mercury 136 gmcm3.

7 0 m of Hg. H height of mercury 076m or 76cm. At a given place a mercury barometer records a pressure of 0. 23At a given place a mercury barometer records a pressure of 070 m of Hg. Density of Hg 13600 kgm3. Mercury is denser than water so logically it would take more time to push it up a barometer than water if the same pressure is applied.