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Q1- For a certain gas, the inward flux into atmosphere is 3.1x10 kg/year. If the steady state amount was 6.2x10 kg. Calculate the residence time of this compound (assume that inward thux equals outward flux) Residence time . . year Q2- If the average tropospheric level of CH, (16.0 g/mol) in atmosphere is 1.1 ppmv at 28 "C, then the total mass of this gas in atmosphere is kg.

Q1- For a certain gas, the inward flux into atmosphere is 3.1x10 kg/year. If the steady state amount was 6.2x10 kg. Calculate the residence time of this compound (assume that inward thux equals outward flux) Residence time . . year Q2- If the average tropospheric level of CH, (16.0 g/mol) in atmosphere is 1.1 ppmv at 28 "C, then the total mass of this gas in atmosphere is kg.

Introduction to General, Organic and Biochemistry
Introduction to General, Organic and Biochemistry
11th Edition
ISBN:9781285869759
Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Chapter5: Gases, Liquids, And Solids
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Problem 5.114P: 5-114 Carbon dioxide gas, saturated with water vapor, can be produced by the addition of aqueous...
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solve question 1, 2 and 3 please sir

Atmospheric pressure 760 mmHg or 101325 Pascal (1.0 atm), R 8.314 J mot'k, density of atmosphere 13 kg/m, mass of atmosphere 5.27x10" kg, volume of atmosphere 4.0x10 m, molar mass of atmosphere 29.0 g/mol. h- 6.6x10"Js, c 3x10 ms, N-6.02x10" Fill the following blanks with suitable answers: Q1- For a certain gas, the inward flux into atmosphere is 3.1x10 kg/year. If the steady state amount was 6.2x10 kg. Calculate the residence time of this compound (assume that inward tlux equals outward flux) Residence time ... rear Q2- If the average tropospheric level of CH, (16.0 g/mol) in atmosphere is 1.1 ppmv at 28 °C, then the total mass of this gas in atmosphere is . . kg. Q3- 5443 kg of soil A (contains 103 mg/kg Zn) was mixed with 18522 kg soil B (free of Zn). What is the final Zn content after mixing.. mg/kg °C Q4- The temperature range of stratosphere is: Q5- Why the temperature of atmosphere is relatively high at 50 km
Transcribed Image Text:Atmospheric pressure 760 mmHg or 101325 Pascal (1.0 atm), R 8.314 J mot'k, density of atmosphere 13 kg/m, mass of atmosphere 5.27x10" kg, volume of atmosphere 4.0x10 m, molar mass of atmosphere 29.0 g/mol. h- 6.6x10"Js, c 3x10 ms, N-6.02x10" Fill the following blanks with suitable answers: Q1- For a certain gas, the inward flux into atmosphere is 3.1x10 kg/year. If the steady state amount was 6.2x10 kg. Calculate the residence time of this compound (assume that inward tlux equals outward flux) Residence time ... rear Q2- If the average tropospheric level of CH, (16.0 g/mol) in atmosphere is 1.1 ppmv at 28 °C, then the total mass of this gas in atmosphere is . . kg. Q3- 5443 kg of soil A (contains 103 mg/kg Zn) was mixed with 18522 kg soil B (free of Zn). What is the final Zn content after mixing.. mg/kg °C Q4- The temperature range of stratosphere is: Q5- Why the temperature of atmosphere is relatively high at 50 km
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