What mass of CO2 will be formed when 6 g of carbon is burnt with32 g of oxygen gas?

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What mass of CO2 will be formed when 6 g of carbon is burnt with32 g of oxygen gas?

12 gm of C react with 32 gm of O2 to form 44 gm CO2. By following unitary method we get that 0.5 mol of C will produce 0.5 mol of CO2 i.e. 22 gm of CO2. If all the C(carbon given) burns completely then CO2 formed will be 22g.

What mass of CO2 will be formed when 6 g of carbon is burnt in 32g of oxygen?

6g of carbon will give-22g of CO2.

What mass of carbon dioxide is produced when 6 g of C is burnt in 30 g of oxygen?

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It is given in the question that the reaction is carried with 6gm/mol rather than 12gm/mol. Thus, 1gm of C will give $\dfrac{{44}}{{12}}gm$ of $C{O_2}$. Thus, 22gm of $C{O_2}$ will be given by 6gm of C. Hence, option D is the correct option.

What mass of CO2 gas will be formed when 6g of carbon reacts with 8 g of oxygen?

What mass of co2 gas will be formed when 6g of carbon reacts with 8 g of oxygen? Thus, 1gm of C will give 4412gm of CO2. Thus, 22gm of CO2 will be given by 6gm of C. Hence, option D is the correct option.

What will be the mass of CO2 formed?

The molecular mass of carbon dioxide is 44.01amu. The molar mass of any compound is the mass in grams of one mole of that compound. One mole of carbon dioxide molecules has a mass of 44.01g, while one mole of sodium sulfide formula units has a mass of 78.04g.

What is the mass of carbon dioxide formed when 24 kg of carbon is burnt in excess of air?

It will produce 0.5 moles of CO2 which corresponds to 0.5×44=22 g of CO2.

When 3.0 g of carbon is burnt in 8.00 g oxygen 11.00 g of carbon dioxide is produced what mass of carbon dioxide?

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Which law of chemical combination will govern your answer? Answer : When 3.0 g of carbon is burnt in 8.00 g of oxygen, 11.00 g of carbon dioxide is produced. Thus carbon and oxygen are combined in the ratio of 3 : 8 to give 11g of carbon dioxide .

When 3.0 g of carbon is burnt in 8.00 g of oxygen 11.00 g of carbon dioxide is produced which law of chemical combination will govern your answer state the law?

the law of conservation of mass
As per the given condition, when 3.0 g of carbon is burnt in 8.00 g oxygen, 11.00 g of carbon dioxide is produced. Therefore, the law of conservation of mass is proved.

What mass of CO _( 2 will be formed when 6g of carbon is burnt in 32g of oxygen a 38g B 12g C 26g D 22g?

22 g of CO2 will be formed when 6 g of carbon is burnt in 32 g of oxygen. The atomic mass of C is 12 g/mol. The molecular masses of O2 and CO2 are 32 g/mol and 44 g/mol respectively. 12 g C will combine with 32 g O2 to form 44 g CO2.

What is the mass of o2?

15.999 u
Oxygen/Atomic mass

What is the mass percentage of carbon in carbon dioxide (CO2)?

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Molar mass of carbon dioxide is 12+2(16)= 44 g/mol. Mass percentage of carbon in carbon dioxide is 4412 ×100= 27.27\%. Was this answer helpful?

How much CO2 does 6g of carbon produce with 32G oxygen?

C + O2 = CO2. According to stoichiometry, 12 g of carbon should react completely with 32g of oxygen to give 44g of CO2. However, we have only 6g carbon, while 32g of oxygen in the question. So, carbon is the limiting reagent. Now, 12g carbon produces 44g CO2. Therefore, 6 g carbon produces only 44/12 * 6 g CO2.

What is the atomic mass of C and O2 in grams?

The atomic mass of C is 12 g/mol. The molecular masses of O 2 are 32 g/mol and 44 g/mol respectively. . . Hence, the option (D) is the correct answer. Was this answer helpful?

What happens when 12g of C reacts with 32g of O2?

1 mol of C react with 1 mol of O2 to form 1 mol of CO2. So, here clear that amount carbon limit the reaction as it’s work here as liming reagent. 12 gm of C react with 32 gm of O2 to form 44 gm CO2. By following unitary method we get that 0.5 mol of C will produce 0.5 mol of CO2 i.e. 22 gm of CO2.