Explain molarity and replacement reactions, Chemistry

Assignment Help:

Q. Explain Molarity and Replacement Reactions?

Ans.

Frequently in the chemistry lab we are confronted with situations where we are interested in the yield of a certain reaction but the reaction is not a simple mass-mass reaction. We must figure out some way around the problem.

Remember that in order to do any sort of stoichiometry you must

a) have a balanced chemical reaction and
b) you must convert to moles before applying your reaction ratios.

In these problems, you are given the volume of one of the reactants and the molarity. You are going to need to convert the volume into moles using the definition of molarity (M). (Molarity is moles per liter of solution.)

2162_Explain Molarity and Replacement Reactions.gif

The calculation should look something like this:

845_Explain Molarity and Replacement Reactions1.gif


Related Discussions:- Explain molarity and replacement reactions

Ioin, in Cr atom the number of electron having n+m=3

in Cr atom the number of electron having n+m=3

Maximum number of electrons, The maximum number of electrons which each sub...

The maximum number of electrons which each sub-shell can occupy is: (1)  2n 2                 (2) 2n            (3) 2 (2l+1)                     (4) (2l+1) Ans: 2

STATES OF MATTER, USE THE KINETIC PARTICLE THEORY TO EXPLAIN THE EXISTENCE ...

USE THE KINETIC PARTICLE THEORY TO EXPLAIN THE EXISTENCE OF THE DIFFERENT STATES OF MATTER

What is the structure of diborane, Q. What is the Structure of diborane? ...

Q. What is the Structure of diborane? The structure of diborane is of great interest since it cannot be explained on the basis of simple theories of bonding. As mentioned earli

Assignment beginning, Is this a excellent beginning for my assignment Most...

Is this a excellent beginning for my assignment Most Australians who own a pool, have saltwater pools, which are basically pools where the water have salt (NaCl) dissolved into th

Iodoform or tri-iodomethane, Iodoform or tri-iodomethane, CHI 3 Indust...

Iodoform or tri-iodomethane, CHI 3 Industrial preparation Iodoform is ready on large scale by electrolysis of a solution consisting of ethanol, potassium iodide and sodium

0 order, radioactive decay order

radioactive decay order

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