16 g each of H2. He and O2 are present in a container exerting 10 atm. pressure at T(K). The pressure in atm exerted by 16 g each of He and O2 in the second container of same volume and temperature is

Question

16 g each of H2. He and O2 are present in a container exerting 10 atm. pressure at T(K). The pressure in atm exerted by 16 g each of He and O2 in the second container of same volume and temperature is (A) 1.8 (B) 6.4 (C) 3.6 (D) 5.4

Tardigrade Admin · Accepted Answer

Mixture of H 2, He and O 2 16 g each exert = 10 atm pressure. Mixture of He , O 2 exert (16 g each ) pressure =? Mixture of 36 g exert pressure =(36/10)=3.6

Q. $16 g$ each of $H_{2} . He$ and $O_{2}$ are present in a container exerting $10$ atm. pressure at $T (K) .$ The pressure in atm exerted by $16 g$ each of $He$ and $O_{2}$ in the second container of same volume and temperature is

1.8

6.4

3.6

5.4

Mixture of $H_{2}$ , He and $O_{2} 16 g$ each exert $= 10$ atm pressure.

Mixture of $He, O_{2}$ exert ( $16 g$ each $)$ pressure $= ?$

Mixture of $36 g$ exert pressure $= \frac{36}{10} = 3.6$

Q. 16g each of H2​.He and O2​ are present in a container exerting 10 atm. pressure at T(K). The pressure in atm exerted by 16g each of He and O2​ in the second container of same volume and temperature is

1.8

6.4

3.6

5.4

Mixture of H2​, He and O2​16g each exert =10 atm pressure. Mixture of He,O2​ exert (16g each ) pressure =? Mixture of 36g exert pressure =1036​=3.6

Q. $16 g$ each of $H_{2} . He$ and $O_{2}$ are present in a container exerting $10$ atm. pressure at $T (K) .$ The pressure in atm exerted by $16 g$ each of $He$ and $O_{2}$ in the second container of same volume and temperature is

Mixture of $H_{2}$ , He and $O_{2} 16 g$ each exert $= 10$ atm pressure.

Mixture of $He, O_{2}$ exert ( $16 g$ each $)$ pressure $= ?$

Mixture of $36 g$ exert pressure $= \frac{36}{10} = 3.6$