There are thousands of formulae used in physics. Some of the more useful ones are:
Newton's second law: F=ma (Many others can be derived from this one)
Kinematic equations: x=vt; v=at=v0; v2=v02+2ax; x=1/2at2+v0t
Centripetal force: F=mv2/r
Gravitational Force: F=GMm/r2
Kepler's Law of Periods: T2=4(pi)2r3/GM
Electrostatic Force: F=KQQ/r2
Electric Field Strength: E=KQ/r2
Voltaic Potential: V=kQ/r
Capacitance: Q=CV
Circuits: V=iR; P=iV
RC Circuits: I=I0e-t/RC There are many more, but you would be best suited to learn them from a physics textbook or teacher rather than finding them all on wikianswers. If you search for the specific area of formulae you are looking for, you should find formulae relevant to them.
Physics is a tool that is used to understand the physical significance of a process/ concept. It is not all about displaying a process in mathematical formulae. Physics is what helps in opening new doors of undiscovered world.
because you should it from the basic,not just memorize the formulae and equations.
It is a formula of which formulae is its plural.
Yes, in chemistry and mathematics mainly. But in Engineering also.
It is formula of which the plural is formulae
Lots of physical processes are described by mathematics. Just look into any high-school or university physics book; you will find formulae in every chapter.
There is no formula that covers all aspects of quadrilaterals. There are different formulae for its area, or its angles.There is no formula that covers all aspects of quadrilaterals. There are different formulae for its area, or its angles.There is no formula that covers all aspects of quadrilaterals. There are different formulae for its area, or its angles.There is no formula that covers all aspects of quadrilaterals. There are different formulae for its area, or its angles.
At speeds near the speed of light, the formulae from the Theory of Relativity show that there are discrepancies with classical physics - for example, in adding velocities. These discprepancies have been verified by many experiments. In theory the discrepancies arise at any speed, but if the speed is much lower than the speed of light, the difference between classical physics and the more accurate Theory of Relativity is so insignificant that it can be ignored, and you can safely use the simpler formulae of classical physics.
Usually you would use one of the formulae for constant acceleration, replace the variables you know, and solve for the variables you don't know.
You 'll find all Algebra formulae on the following link. https://orion.math.iastate.edu/dept/links/formulas/form1.pdf
There are lots of formulae in calculus, and they don't all begin the same way. Depending on what convention is used to express a derivative, the basic derivation formulae (which are BY NO MEANS all formulae used in calculus) usually start with d/dx, followed by some function or expression. In other words, "the derivative of ... is ...".
What are the conventional formulae?