Explain what volume of this gas burned to raise temperature

Reference no: EM13717808

Problem- "Synthesis gas" is a mixture of carbon monoxide, hydrogen, methane, and some noncombustible gases. A certain synthesis gas is 40% by volume carbon monoxide, 25% hydrogen gas, 10% noncombustible gases, and the rest methane. What volume of this gas must be burned to raise the temperature of 5.5 L of water by 5 degrees C? Assume the gas is at 1.0 atm and 298 K and that all three gases are completely oxidized in the combustion.

Please perform what you can and illustrate your work so I can follow. Thanks

Reference no: EM13717808

Questions Cloud

Calculate the change in entropy of water : Calculate the change in entropy of 1.0 L of water at 0 degrees C when it absorbs 470 J of energy from a heater. (b) If the 1.0 L of water is at 99 degrees C, what is the entropy change? (c) Explain any difference in entropy change.

Explain what is the thickness of the foil in inches : The dimensions of aluminum foil in a box for sale in supermarkets are 66 yards by 12 inches. The mass of the foil is 0.83 kg. If its density is 2.70 g/cm3, then what is the thickness of the foil in inches

Find the change in the volume of the system : A system undergoes a two-step process. In step 1, it absorbs 50. J of heat at constant volume. In step 2, it releases 5 J of heat at 1.00 atm as it is returned its original internal energy. Find the change in the volume of the system during the se..

Define what is the best range of buffering : What is the best range of buffering that is provided when a weak acid is present in a water solution. What is the ratio of conjugate base to weak acid at the ends of this range

Explain what volume of this gas burned to raise temperature : What volume of this gas must be burned to raise the temperature of 5.5 L of water by 5 degrees C? Assume the gas is at 1.0 atm and 298 K and that all three gases are completely oxidized in the combustion.

Find the change in the volume of the system : A system undergoes a two-step process. In step 1, it absorbs 50. J of heat at constant volume. In step 2, it releases 5 J of heat at 1.00 atm as it is returned to its original internal energy. Find the change in the volume of the system during the..

Explain the resolution for two compounds in a chromatogram : The resolution for two compounds in a chromatogram was measured to be R = 0.928. The retention times for each compounds compound are

Determine the initial concentration of the malonic acid : 50ml of malonic acid, HO2CCH2CO2H is titrated to the second equivalence point by 35.71ml of 0.1750M NaOH. Determine the initial concentration of the malonic acid slution.

User Account

All Pages