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Determine the following for a 15 g sample of carbon monoxide gas:
a. Pressure in mmHg, at 35 degrees Celcius in a 50 L container
b. Volume in L at 127 degrees Celcius and 3.0 atm
c. Temperature in degree Celcius, at 5.0 atm pressure and 5.0 L
At constant temperature, a sample of 7.0 L of oxygen gas at 3.0 atm pressure is compressed until the volume decreases to 2.5 L.
a. Will the pressure increase or decrease?
b. By how many atmospheres?
A sample of CO2 gas has a volume of 15 L at a pressure of 135 atm and a temperature of 33°C. Determine the following for this gas sample:
a. Volume at T = 35°C and P= 3.50 atm
b. Pressure at T = 42°C and V=10 L
c. Volume in ml at T = 97°C and P= 6.7 atm
If the temperature is increased by 50 percent from its initial condition of 52 torrs of force acting per unit area of the container at 50°C and an initial volume of 1.75 L. At what pressure will a sample of 2.25 L of CO2 gas exert on the container?
A 500 ml gas placed in a pressurized container at 5.0 atm pressure got exposed to heat until the temperature had increased from -50°C to 85°C. By how many percent would be the change in pressure? Will the container explode and why?
A 25 ml of oxygen gas was heated to 350 K. If the final volume expands to 55.5 ml, what was the initial temperature of the system at constant pressure?
At standard temperature, a sample of hydrogen gas has a volume of 3,751 L at 270 torr. What pressure will the hydrogen gas exert if the volume increased to 5,000 L?
A given amount of oxygen gas has a volume of 25.0 L at a temperature of 37°C and a pressure of 1.0 atm. At what temperature would this gas occupy a volume of 22.0 L at a pressure of 1.0 atm?
you need 0.56 mol of electrone to deposit a thin coverong of silver on a aart that you are uaing for a prototype machine.How long would you need to run a current of 5.0 A to obtain this number of moles
calculate the normality of the solution containing the following:5.267gm/L K2Cr2O7(the Cr6+ is reduced to Cr3+)
294.19
