Physics is the study of how nature works. There is really no such thing as a "good source of energy in physics". There are good sources of energy in technology (which is basically applied science) - these basically include all the energy sources mankind currently uses. And there are "good sources of energy for organisms", i.e., the food we eat.
e=mc2
In most equations, it stands for "energy"
I would type it but I don't have the energy.
Carrots are a good vegetable source of vitamin E, the muscle vitamin. Vitamin E foods increase the efficiency of the entire muscular system by promoting efficient use of Oxygen. Vitamin E also assists the transportation of blood by dilation of blood vessels thereby helping your blood to travel to all parts of the body. Since Endurance activities are muscle training essentially, Yes carrots would be a good source of energy. C:
This equation has fundamental importance in understanding the nature of our universe, and everything that scientists do in such fields as nuclear physics, high-energy physics, or astro-physics is influenced by it.
E(nergy) is measured in J(oules).
E(nergy) is measured in J(oules).
Yes
YES
Donald E. Tilley has written: 'College physics' -- subject(s): Physics
Cabbage root is a good source of vitamen E
Paul E. Tippens has written: 'Basic technical physics' -- subject(s): Physics
D. E. Caro has written: 'Modern physics' -- subject(s): Atoms, Nuclear physics
E. B. Paul has written: 'Nuclear and particle physics' -- subject(s): Nuclear physics
Walter E. Thirring has written: 'A course inmathematical physics' -- subject(s): Mathematical physics
E. L. Ackley has written: 'A laboratory guide for physics' -- subject(s): Laboratory manuals, Physics
Richard E. Berg has written: 'The physics of sound' -- subject(s): Sound, Music, Acoustics and physics