Liked on YouTube: Mole Concept – Formula List and Important Points for Revision - JEE CBSE NEET | COACHENGG APP
Mole Concept – Formula List and Important Points for Revision - JEE CBSE NEET | COACHENGG APP
COACHengg App Download Link: https://ift.tt/2Y0Mcsw Learn more about the coachengg app: https://youtu.be/VLD8NzXIMyc Physical Chemistry - Revision - Class XI Mole Concept - Formula List and Important Points In this video, we will revise the topic Mole Concept and Stoichiometry I will start with the formulas necessary for calculating moles of a given substance. We will learn how to compare number of atoms in given choices. Discussion on calculation of average atomic mass from different isotopes of an element will be done. We will then move on to revisions the different ways in which concentration of a solution can be expressed such as percentage composition (w/w) (w/v) (v/v), molarity, molality and mole fraction. We will then wind up the discussion with an analysis of stoichiometric problems and solving for limiting reagents. VIDEO BY: Rohit Dahiya (Class XI) for CBSE, JEE and NEET Share this Video - Spread Learning Link to share: https://youtu.be/GeykSo33TeY Visit our facebook page https://ift.tt/2OwxiHo Visit our website https://ift.tt/2L3gS7d Visit our youtube channel https://www.youtube.com/coachengg4u COACHENGG4U Follow us on INSTAGRAM https://ift.tt/2DFBj6t Follow us on Google Plus https://ift.tt/34yxJ9W
via YouTube https://youtu.be/GeykSo33TeY
COACHengg App Download Link: https://ift.tt/2Y0Mcsw Learn more about the coachengg app: https://youtu.be/VLD8NzXIMyc Physical Chemistry - Revision - Class XI Mole Concept - Formula List and Important Points In this video, we will revise the topic Mole Concept and Stoichiometry I will start with the formulas necessary for calculating moles of a given substance. We will learn how to compare number of atoms in given choices. Discussion on calculation of average atomic mass from different isotopes of an element will be done. We will then move on to revisions the different ways in which concentration of a solution can be expressed such as percentage composition (w/w) (w/v) (v/v), molarity, molality and mole fraction. We will then wind up the discussion with an analysis of stoichiometric problems and solving for limiting reagents. VIDEO BY: Rohit Dahiya (Class XI) for CBSE, JEE and NEET Share this Video - Spread Learning Link to share: https://youtu.be/GeykSo33TeY Visit our facebook page https://ift.tt/2OwxiHo Visit our website https://ift.tt/2L3gS7d Visit our youtube channel https://www.youtube.com/coachengg4u COACHENGG4U Follow us on INSTAGRAM https://ift.tt/2DFBj6t Follow us on Google Plus https://ift.tt/34yxJ9W
via YouTube https://youtu.be/GeykSo33TeY
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