$1112 d m^{3}$ of dry carbon monooxide contains $P$ molecules. Calculate the number of molecules in $336 d m^{3}$ of dry chlorides gas. Assume all measurement are made at the same temperature and pressure.

Open in App

Solution

$1112$ $d m^{3}$ contain $P$ molecules
therefore $336$ $m^{3}$ contain molecules $= \frac{P \times 336}{1112} = 0.30 P$

Suggest Corrections

Similar questions

2.24 c m^{3}

of dry ammonia gas contain

6 \times 10^{22}

molecules at S.T.P. Calculate the number of molecules in

56 c m^{3}

of dry nitrogen at S.T.P.

Q. A vessel contains X number of molecules of hydrogen gas at a certain temperature and pressure. How many molecules of nitrogen gas would be present in the same vessel under the same conditions of temperature and pressure?

Q. A vessel contains X number of molecules of hydrogen gas at a certain temperature and pressure. Under the same conditions of temperature and pressure, how many molecules of nitrogen gas would be present in the same vessel?

Q. A box contains N molecules of a perfect gas at temperature T

_{1}

and pressure P

_{1}

. The number of molecules in the box is doubled keeping the total kinetic energy of the gas same as before. If the new pressure is P

_{2}

and temperature T

_{2}

, then

(a) A vessel contains N molecules of oxygen at a certain temperature and pressure. How many molecules of sulphur dioxide can the vessel accommodate at the same temperature and pressure?
(b) Each of the two flasks contain 2.0 g of gas at the same temperature and pressure. One flask contains oxygen and the other hydrogen.
(i) Which sample contains the greater number of molecules?
(ii) If the hydrogen sample contains N molecules, how many molecules are present in oxygen sample?

Join BYJU'S Learning Program

1112 dm3 of dry carbon monooxide contains P molecules. Calculate the number of molecules in 336 dm3 of dry chlorides gas. Assume all measurement are made at the same temperature and pressure.

1112 dm3 contain P moleculestherefore 336 m3 contain molecules=P×3361112=0.30P

$1112 d m^{3}$ of dry carbon monooxide contains $P$ molecules. Calculate the number of molecules in $336 d m^{3}$ of dry chlorides gas. Assume all measurement are made at the same temperature and pressure.

$1112$ $d m^{3}$ contain $P$ molecules
therefore $336$ $m^{3}$ contain molecules $= \frac{P \times 336}{1112} = 0.30 P$