![thermodynamics - Why and who has established that $1\, cal \equiv4.186\, J$? - Physics Stack Exchange thermodynamics - Why and who has established that $1\, cal \equiv4.186\, J$? - Physics Stack Exchange](https://i.stack.imgur.com/7wY98.png)
thermodynamics - Why and who has established that $1\, cal \equiv4.186\, J$? - Physics Stack Exchange
![The calorie is defined as `1 cal= 4.86 `joule Why as `1 cal= 4J` to make the conversions easy? - YouTube The calorie is defined as `1 cal= 4.86 `joule Why as `1 cal= 4J` to make the conversions easy? - YouTube](https://i.ytimg.com/vi/QdSzhbHDkK8/maxresdefault.jpg)
The calorie is defined as `1 cal= 4.86 `joule Why as `1 cal= 4J` to make the conversions easy? - YouTube
![ENERGY & MATTER Chapter 2. Wednesday, 10/1/14 Learning Target: Know the 3 basic forms of energy and how energy is calculated. Learning Outcome: I will. - ppt download ENERGY & MATTER Chapter 2. Wednesday, 10/1/14 Learning Target: Know the 3 basic forms of energy and how energy is calculated. Learning Outcome: I will. - ppt download](https://images.slideplayer.com/22/6343064/slides/slide_15.jpg)
ENERGY & MATTER Chapter 2. Wednesday, 10/1/14 Learning Target: Know the 3 basic forms of energy and how energy is calculated. Learning Outcome: I will. - ppt download
![Energy Ability to “do work” or produce a change. Forms: potential energy and kinetic energy Types: mechanical, electrical, nuclear, solar, chemical, etc. - ppt download Energy Ability to “do work” or produce a change. Forms: potential energy and kinetic energy Types: mechanical, electrical, nuclear, solar, chemical, etc. - ppt download](https://images.slideplayer.com/35/10464683/slides/slide_6.jpg)
Energy Ability to “do work” or produce a change. Forms: potential energy and kinetic energy Types: mechanical, electrical, nuclear, solar, chemical, etc. - ppt download
![Hy US diswer Select the correct order in the following: A 1 erg > 1 joule > 1 B 1 > 1 joule > 1 erg 1 erg > 1 > 1 joule D 1 joule > 1 > 1 erg REPORT QUESTION Hy US diswer Select the correct order in the following: A 1 erg > 1 joule > 1 B 1 > 1 joule > 1 erg 1 erg > 1 > 1 joule D 1 joule > 1 > 1 erg REPORT QUESTION](https://toppr-doubts-media.s3.amazonaws.com/images/9694862/04d58df4-ae56-4a2e-bd0f-142af8d45a2e.jpg)