Establish the relation : Dalton's law of partial pressure: `p=p_1+p_2+p_3+…..`

State Dalton's law of partial pressure.

For which of the following gaseous mixtures, Dalton's law of partial pressure is not applicable-

Explain why Dalton's law of partial pressure is not applicable to a gaseous mixture of NH_3 and HCl.

At a constant temperature, a container of fixed vo,ume holds NH_(3) and HCl gases. Can dalton's law of partial pressures be applied to this gases mixture?

Daltons partial pressure law does not applicable for.

Explain why dalton's law of partial pressures is not applicable to a mixture of NH_(3) and HCl gases.

2A(g)+B(g)rarr Product. At a particular temperature, the reaction -rate is r and partial pressures of A and B are p_(A) and p_(B) , respectively . At the same temperature if partial pressures of A and B are p_(A)//2 and p_(B) respectively , then reaction - rate becomes r//4 , and when they are p_(A)//2 and p_(B)//2 , respectively , reaction - rate becomes r//2 . Rate equation of the reaction is -

(a) State Dalton's law of partial pressure. (b) The value of van der waals constant 'a' for N_(2) and NH_(3) are 1.37 and 4.30L^(2)*atm*mol^(-2) respectively. Explain the difference in values.

Establish : P/T = a constant for pressure law.