The atomicity of a molecule, M, if 10 g of it combine with 0.8g of oxygen to form an oxide, is: (specific heat of the molecule, M is 0.033 cal deg^-1 g^-1 and molecular mass of molecule is 199.87g)

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Solution

The correct option is A 1

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Similar questions

The atomicity of a molecule, M, if 10 g of it combine with 0.8g of oxygen to form an oxide, is: (specific heat of the molecule, M is 0.033 cal deg^-1 g^-1 and molecular mass of molecule is 199.87g)

Q. Prove from the following results that mercury molecules are monoatomic:
(a) 10 g of mercury combine with 0.8 g of oxygen to form an oxide.
(b) 1000 mi. of vapour of Jig at NTP weigh 8.923 g.
(c) The specific heat of the metal is 0.033.

1 g

of a metal

M

which has specific heat of

0.06

combines with oxygen to form

1.08 g

of oxide. What is the atomic mass of

M

Q. Hydrogen combines with oxygen in a 1:8 weight ratio to form water. If every molecule of water contains two atoms of hydrogen and one atom of oxygen, an atom of oxygen must weigh:

Q. The mass of a gas molecule can be computed from the specific heat at constant volume.

C_{v}

for argon is

0.075 k c a l / k g K

. The molecular weight of an argon atom is

(R = 2 c a l / m o l K)

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The atomicity of a molecule, M, if 10 g of it combine with 0.8g of oxygen to form an oxide, is: (specific heat of the molecule, M is 0.033 cal deg-1 g-1 and molecular mass of molecule is 199.87g)

The correct option is A 1

The atomicity of a molecule, M, if 10 g of it combine with 0.8g of oxygen to form an oxide, is: (specific heat of the molecule, M is 0.033 cal deg^-1 g^-1 and molecular mass of molecule is 199.87g)