1,25
The reaction equation for the production of iron and carbon dioxide is Fe2O3 + 3 CO = 2 Fe + 3 CO2. This means that for 1/2 mole of rust, 1.5 moles of CO is needed.
The following reaction occurs in a blast furnace and is how iron is extracted from the iron ore hematite (iron(III)oxide Fe2O3).
Fe2O3 (s) + 3CO (g) --> 2Fe (l) + 3CO2 (g)
The chemical reaction is:
Fe2O3 + 3 CO = 2 Fe + 3 CO2
The answer is 1,876.10 ex.23 CO molecules.
The mass of carbon monooxide is theoretically 52,62 g.
The chemical reaction is:
Fe2O3 + 3 CO = 2 Fe + 3 CO2
5,25 moles of carbon monoxide are needed.
The result is 4,133 moles Fe.
The answer is 2,378 g.
The combution process is two stage, carbon monoxide is formed first and if excess oxygen is present an the carbon monoxide reacts with additional oxygen to form carbon dioxide. 2C + O2 ---> 2CO + O2 ---> 2CO2
384.5g
Carbon Dioxide & Water, Complete burning with excess of oxygen gives out Carbon Dioxide(CO2) + Water , While incomplete burning with limited amount of oxygen gives out Carbon monoxide (CO) + Water
global warming
global warming
Oxygen in excess: carbon dioxide is obtained.Not sufficient oxygen: carbon monoxide is obtained.
carbon monoxide?
The combution process is two stage, carbon monoxide is formed first and if excess oxygen is present an the carbon monoxide reacts with additional oxygen to form carbon dioxide. 2C + O2 ---> 2CO + O2 ---> 2CO2
384.5g
he would probably choke or he would get nervous convulsions in his body more commonly like wheezing or fits and if it is excess of carbon monoxide he will surely die.
Carbon Dioxide & Water, Complete burning with excess of oxygen gives out Carbon Dioxide(CO2) + Water , While incomplete burning with limited amount of oxygen gives out Carbon monoxide (CO) + Water
YES!!! In the Blast Furnace. CO is a powerful reducing agent , so it will reduce haematite to iron. In the Blast furnace, CO2 is formed from the thermal decomposition of limestone(flux). However because there is an excess of carbon (C) in the form of coke, the coke and CO2 combine to form CO (Carbon Monoxide). The carbon monoxide then reduces the haematite to iron, releasing CO2 in the process. The C , CO and CO2 then react in a cyclic manner inside the furnace. 3CO + F2O3 = 2Fe+ 3CO2
11,2 moles carbon dioxide are obtained.
If there is an excess of oxygen, the two main products should be carbon dioxide gas and water vapour. If the oxygen supply is limited, the fuel will undergo incomplete combustion and produce carbon monoxide, water, and sometimes carbon. Hope that helped!
If an excess of air is available, the only product other than water is carbon dioxide.
If you think to calcium hydroxide, after the reaction with carbon dioxide calcium carbonate (CaCO3) is obtained.
when charcoal burns there is excess carbon causing soot to be given offThe above answer is correct in that there is too much carbon available for the amount of oxygen, which can result in the production of carbon monoxide gas. This gas is colorless and odorless and extremely toxic. A victim of carbon monoxide poisoning will usually simply fall asleep, and will die due to respiratory failure.Do not burn charcoal indoors or in any enclosed space.