Explain how many metric tons of oxygen

Reference no: EM13667397

There are 2.60*10^15 short tons of oxygen in the atmosphere {1short ton = 2000 lb). Explain how many metric tons of oxygen are present (1metric ton = 1000Kg).

Reference no: EM13667397

Questions Cloud

Explain what is the relation of possible angular momentum : Explain what is the relation of the possible angular momentum quantum numbers to the principal quantum number

Explain what is the difference in energy between the n : The ionization energy of H is 13.6 eV. Explain what is the difference in energy between the n = 1 and n = 6 levels

Explain what are the partial pressures of he : Explain what are the partial pressures of He in three different containers if the first container has 5 moles of He and 2 moles of Nitrogen, the second has 3 moles of He as well as 1 mol of nitrogen and lastly 2 moles of He and 5 moles of nitrogen

Explain what effect would the have on pycnometer''s volume : Presume that when determining the volume of a pycnometer a student didn't notice there were air bubbles inside the pycnometer when it was filled with water. Explain what effect would this have on the determination of the pycnometer's volume

Explain how many metric tons of oxygen : There are 2.60*10^15 short tons of oxygen in the atmosphere {1short ton = 2000 lb). Explain how many metric tons of oxygen are present (1metric ton = 1000Kg).

Explain why important deviation from the actual value of r : At room temperature as well as normal atmospheric pressures, real gases behave similarly to ideal gases, however real gases can deviate significantly from ideal gas behavior at extreme conditions such as high temperature and high pressures.

Explain what is the substance likely to be : A chemist had a substance which was either X (m.p = 52 degrees Celsius) or Y (m.p = 110 degrees Celsius). He place the substance in a test tube and puts the test tube in a beaker of boiling water. The substance melted. Explain what is the substanc..

Simulate circuit in orcad and obtain frequency response : Simulate the circuit In ORCAD and obtain the frequency response (in dBV) of the output from 10 Hz to 10 MHz and Write a MATLAB script to simulate the frequency response for the circuit shown below. Include your code as well as plots of the circuit ..

Compute the molarity of the solution obtained by diluting : Volume of 18.0 M sulfuric acid that must be added to water to prepare 2.00 L of a .309 M solution then compute the molarity of the solution obtained by diluting 80.6mL of .225 M ammonium chloride to .250 L will rate all answers and give lifesaver

User Account

All Pages