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[[category:Equations]] ...

...ctric field in its [[integral]] form and it is one of the four [[Maxwell's equations]]. ...

The equations of simple harmonic motion can be found by looking at a fixed wheel with [[r ...

...ww.webqc.org/balance.php Online redox reaction equation balancer, balances equations of any half-cell and full reactions] ...

Combining the above two equations, we have ...

...n can be formally verified by computing these expectations. Although these equations look formal, the intuitive interpretations to them are very clear. ...

As the left-hand side of both equations is the same, we arrive at ...t in the latter. Rather, it should first be determined in what sense these equations are compatible with one another. To gain insight into this, recall that any ...

...physics]] use ''i'' as often as they use any other regular number. Many equations in the world simply cannot be solved without ''i''. ...

..., <math>\omega</math> (angular velocity) and R (radius). Combining the two equations below gives <math>\omega</math>²MR²/4. A fly-wheel is ...

...of physics have the same form in all frames of reference. Shorthand: same equations work everywhere and at all times. The need for special relativity arose from [[Maxwell's equations]] of electromagnetism, which were published in 1865. It was later found tha ...

[[Category:Equations]] ...

for another number ''y''. In order for these equations to be true, ...

Using the two equations together then gives the following: ...

From the image, we know that <math> c = d + e \,\! </math>. And by replacing equations (1) and (2): ...

...]]" of the object. (Scientists who work with special relativity use other equations instead.) ...