Atmospheric Pressure Can Support A Column Of Water

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Atmospheric pressure can support a column of water up to ...

    https://vi4.ilovetranslation.com/EppQE9vwTfL=d/
    Atmospheric pressure can support a column of water up to 10 meters high. But plants can move water much higher, the sequoia tree can pump water to its very top, more than 100 meters above the ground.

Atmospheric pressure can support a column of water (a ...

    https://brainly.in/question/14965301
    Atmospheric pressure can support a column of water - 14965301 1. Log in. Join now. 1. Log in. Join now. Secondary School. Science. 5 points Atmospheric pressure can support a column of water (a) 10cm high (b)10m high (c)76cm high (d)76m high Ask for details ; Follow Report by Yashasvijadaun692 8 minutes ago Log in to add a ...

Atmospheric pressure will support a column of water only ...

    https://www.coursehero.com/file/p15006b/Atmospheric-pressure-will-support-a-column-of-water-only-103-m-high/
    One possibility is root pressure The root endodermis may exclude or permit the passage of dissolved mineral salts Many ions are pumped across the endodermis into the stele Results in a gradient in osmotic potential across the endodermis Water will “want” to flow into the stele by osmosis generating root pressure by osmosis.

Normal atmospheric pressure is enough to support a column ...

    https://www.answers.com/Q/Normal_atmospheric_pressure_is_enough_to_support_a_column_of_mercury_approximately
    Aug 26, 2014 · The water is pumped upwards by the atmospheric pressure acting on the surface of the water in the well. That is only strong enough to support a column of water that is 10m tall.

Can you help me figure out " How high a column of water ...

    https://answers.yahoo.com/question/index?qid=20100729202359AAw8Tv7
    Jul 29, 2010 · Best Answer: One atmosphere (101.325 kPa or 14.7 psi) is the amount of pressure that can lift water approximately 10.3 m (34 ft). Thus, a diver 10.3 m underwater experiences a pressure of about 2 atmospheres (1 atm of air plus 1 atm of water).

if the atmosphere can support a column of mercury 760 mm ...

    https://www.jiskha.com/questions/847725/if-the-atmosphere-can-support-a-column-of-mercury-760-mm-high-at-sea-level-what-height-of
    The density of water is approximately 114 that of mercury.Answer in units of mm 2.If the atmosphere can support . asked by Alex on March 2, 2014; math. The average air pressure at sea-level will support the column of mercury in a mercury barometer to a height of 760 mm (29.92 in.).

Finding how high a column of water in meters can be with ...

    https://www.wyzant.com/resources/answers/264597/finding_how_high_a_column_of_water_in_meters_can_be_with_the_density_of_water_and_mercury
    The height of a column of water or mercury that can be supported by air pressure depends on, and is proportional to, the density of the water or mercury. Now, to your problem. How you're supposed to get the answers depends on what units are used to define 1 bar of pressure.5/5

How to Convert a Water Column to Pounds of Pressure ...

    https://sciencing.com/convert-water-column-pounds-pressure-5666070.html
    Apr 24, 2017 · Use the fact that one inch of water in a water column is equal to 0.036 pounds per square inch of pressure; this is your conversion factor. Press the multiply key, then key in 0.036. Press the equals key to see the pressure as pounds. From the example, 20 times 0.036 equals 0.72…

why is mercury measured at atmospheric pressure of 760mm ...

    https://answers.yahoo.com/question/index?qid=20080617074433AAiWzt2
    Jun 17, 2008 · 34 feet is the most column of water the atmosphere can sustain. This is how they read the barometer pressure. Of course temperature plays a part and the actual level is 33.9 feet of water at 4 degrees C. This brings us to the mercury.

How is 1 atmospheric pressure = 10.33 meter of water? - Quora

    https://www.quora.com/How-is-1-atmospheric-pressure-10-33-meter-of-water
    May 15, 2018 · Then we put this values in this equation then, P = 1000*9.81*10.33. Then we get P = 101325 Pa (Pascal). Then for converting Pascal into bar as Pascal * 10^5 = 1 bar. So we get the pressure P = 1.01325 bar. So the 1 atmospheric pressure is equal to under water 10.33 meter height’s pressure.



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