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What are The Relative Molecular and Formula Mass?

Relative molecular mass, also known as molecular weight or molar mass, is a measure of the mass of a molecule. It aids in comparing the masses of different molecules by the mass of carbon-12. This comparison simplifies the actual molecular masses into dimensionless numbers, making it easier to work with in chemistry. Click the join or thanks button to get involved in making science more interesting and available to every human being! Support us on Patreon:   / freemededucation   Help us make Education Universal: https://www.Launchgood.com/educationf... We believe that learning should be accessible, engaging, and inspiring for all. Our aim is to empower learners of all ages and backgrounds to explore the wonders of science and to ignite a lifelong passion for learning. With our state-of-the-art resources and captivating animations, we're bringing education to life! Join us and let's create a brighter, more connected world through the power of learning. Follow our Social Media: Facebook:   / freeanimatededucation​   CREDITS: Director: Ramadhan Istabaq Supervisor: Tubagus MP Researcher: Hafiz Insan Storyboard Artist: Dwi Yunanto Illustrator: Rizky Yurizal Animator: Tubagus MP Sfx Designer: Rafly Moravia Subtitler: Wulanita Kuswotanti Narrator: Nizzyg #FreeAnimatedEducation #relativemolecularmass #molarweught #molarmass #relativeformulamass #molecular #molecules #nacl #isotopes #abundance #uranium #copper #carbon Timestamp: 00:00 Atoms interactions to achieve stability 00:25 Molecular mass 00:35 Relative molecular mass 00:42 How to obtain relative molecular mass? 01:07 Relative molecular mass reflects properties of molecules 01:17 Relationship between relative molecular mass and relative atomic mass 01:44 Example: finding relative molecular mass of sugar 02:00 Relative Formula Mass 02:07 When do we use relative formular mass? 02:29 How to obtain relative formular mass? 02:40 Example: finding relative formular mass of copper sulfate 03:05 The difference and similarity between these masses 03:30 Time to check your understanding!