Grade 11Physical Chemistry

Ammonia gas is passed into water yielding a solution of density 0.93g/cm^3 and containing 18.6% ammonia by weight. The mass of ammonia per cc of solution is

Amisha

9 Years agoGrade 11

5 Answers

Vikas TU

8 Years ago

Dear Student,

We realize that thickness = mass/volume

Accordingly, mass = thickness * volume

Given thickness = 0.93g/cc

Give us a chance to ascertain mass of 1 cc of arrangement

mass = 0.93 * 1 = 0.93g

Presently, we realize that 1 cc of arrangement weighs 0.93g

Given that the arrangement contains 18.6% smelling salts by weight, 1 cc of arrangement ought to have:

18.6% of 0.93g as smelling salts

= 0.186 * 0.93 = 0.173g

In this manner, the mass of Ammonia per cc of arrangement = 0.173g.

Cheers!!

Regards,

Vikas (B. Tech. 4^th year
Thapar University)

Himanshu Malik

8 Years ago

We know that density = mass/volumeTherefore, mass = density * volumeGiven density = 0.93g/ccLet us calculate mass of 1 cc of solutionmass = 0.93 * 1 = 0.93gNow, we know that 1 cc of solution weighs 0.93gGiven that the solution contains 18.6% ammonia by weight, 1 cc of solution should have:18.6% of 0.93g as ammonia= 0.186 * 0.93 = 0.173gTherefore, the mass of Ammonia per cc of solution = 0.173g.

Shubham

8 Years ago

18.6% NH3 in 100g solution density=0.93Now density= mass/volume Volume=density /mass= 100/0.93100/0.93 -----------------------18.61----------------------------------18.6/100/0.93=0.1729g/cm^3