Hello,

You should first know how to proceed for the solution. From the Ideal Gas equation -

.           P V  = n R T

.           P V  = ( given mass / Avg Molar Mass ) R T

.           P = ( d R T ) / Avg. Molar Mass

Hello,

From the Ideal Gas equation,

P V = n R T = ( given mass, w / molar mass, m ) R T

1 × V = ( 12 / 120 ) × R × (273+t)    ----- (i)

1.1 × V=  ( 12 / 120 ) × R ×

Hello Aspirant,

Hope you are doing great. When the 12g Mg reacts with dilute mineral acid to produce maximum hydrogen equal to 0.5 ml. You can calculate as through the No. of Moles of Mg= Moles of H2 and there for the no. of moles of Mg= 12/24 which is

If you are looking for the notes of Chemistry, Physics or Mathematics for JEE Main and Advanced, then you should definitely look for Career 360's own JEE tutoring platform which is learn Career 360. Here you can give many tests and strengthen your preparation for JEE Main and Advanced and

Hello aspirant

Good to see that your preparing for JEE and I hope you can qualify it to. Now Coming to your question I want to tell you some major domains in which you have to excel to start your ionic or chemical equilibrium chemical kinetics.

You should study these

Hello,

Sublimation is the transition of a substance from a solid to a gas state without passing through a liquid state. When a substance's triple point on its phase diagram, which corresponds to the lowest pressure at which the substance can exist as a liquid, is achieved, sublimation occurs. The

Dear Aspirant, since Y-chromosome possesses small amount of euchromatin that contains DNA or genes, therefore it is genetically less active. Recent research has shown that the Y chromosome has developed some pretty convincing mechanisms to "put the brakes on", slowing the rate of gene loss to a possible standstill. I

Greetings of the day dear candidate!

Inorganic chemistry is indeed the most difficult yet easy for some people due to its easy understanding of chapters but no doubt the questions that came from these portions are a bit tricky. Also, the issue of forgetting the reaction and compound names are

Hello candidate,

It's Very simple to calculate the electron number in 1 mole of any particle and you do it by- multiplying the charge on one electron (1.602 x 10^-19) with the Avogadro's number (6.022 x 10^23), which means that the charge of 1 mol ≈ 96500 C.

Hope you