What is the molar mass of solute in the solution of any mass, Chemistry

Assignment Help:

What is the molar mass of solute in the solution of any mass?

Ans) Molar Mass is defined and set as a absolute mass for every solute, solvent or sol. et.c

It is a particular mass.

like H20 HAS 18 Molar Mass etc.

 


Related Discussions:- What is the molar mass of solute in the solution of any mass

Expressing quantities in scientific notation, The surface area of the Pacif...

The surface area of the Pacific Ocean is 166000000000000m 2 . Write this quantity in scientific notation. To write the amount in scientific notation move the decimal point to after

The number of electrons that can be accommodated, The number of electrons t...

The number of electrons that can be accommodated in dz 2  orbital: (1) 10      (2) 1        (3) 4        (4) 2 Ans:  2

What is alloys, Q. What is Alloys? Metals have a property of combining...

Q. What is Alloys? Metals have a property of combining with other metals to form alloys. An alloy may be defined as a solid which is formed by a combination of two or more met

Block diagram of atomic fluorescence spectrometry, Block diagram of atomic ...

Block diagram of atomic fluorescence spectrometry: The instrumentation for AFS consists of atom reservoir that might be a flame or a furnace etc., a basic source emitting the

Science, mention the basic tendency of an atom which makes it to combine wi...

mention the basic tendency of an atom which makes it to combine with other atoms.

States of matter, why are some liquids purified by distillation under reduc...

why are some liquids purified by distillation under reduced pressure

What is cell potential with reference to organic chemistry?, The electroche...

The electrochemical cell contains two half cells. The electrodes in these cells have different electrode potentials. When the circuit is completed the loss of electrons occurs at t

Which one is not the correct relation in the following, Which one is not th...

Which one is not the correct relation in the following: (1)  h= E/ v                           (2) E= mc 2             (3) Δ x × p = h/ 4 Π                      (d) γ

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd