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What's a gravity wave, and is there proof gravity exists in waves? Does it move?

All so called fundamental forces are fields but there is only one type of force that makes up these fields because Space itself is a force lattice. The Energy Quantum itself is no more than a force field, so Force and Energy in Quantum Mechanics are really indistiquisable because the Relativity that arises from the compression and flow of Space make things behave rather differently than classically understood.In the Macro World we were able to explain things through the concept of Mass, so we did and just got on with it. Physics was Classical. In reality Mass is a classical concept that does not exist. But we are so dependent on it that we find it impossible to explain things without it.The paradox is that when we understand Energy correctly, we do not need it at all and it becomes possible to explain the most apparently complex issues in a very simple way. Indeed, so simply that it seems like magic and is rejected by those are used to doing things the hard way.And to answer your question. Waves are just the updating of fields. Fields are largely static phenomenon. When they move, we describe them as waves

Does 'The Wave' really work ?

did absolutely nothing for me whatsoever :)

What are the effects of a gravitational wave?

Your sensor is a heavy lump of mass which wobbles when a gravity wave comes along

What is a wave exactly? [duplicate]

shaswat Your doubt is about the movement of transverse waves . In transverse waves, energy is transfer in up down movement perpendicular to axis and with moving forward. In medium, any particle carry energy by moving perpendicular to axis . It moves up then down and if you draw a line joining the positions of all particles at same time then you get graph like you got when you join 2 parabolic shapes which are opens in opposite direction. It is simple. You have to imagine it. You can take help of simulation / videos also. Thanks for asking question.

Peak and RMS voltage for a sine wave

That is only valid for certain waveforms. It is well-known to be valid for a sinewave, it is not so well known to be true for the waveform of part B in your question.BTW you seem to have read the question backwards, it's asking what value of $V_peak$ is needed to make $V_rms = 140 V$ NOT what the value of $V_rms$ is for $V_peak=140V$For simplicity let $t = frac18T$ . The equation for the instantanious voltage of the sinewave is then. $$V=V_sinsin(2pi t)$$We calculate the RMS by first squaring, then calculating the mean over one cycle (which since it's a continuous function we do by integration) and then finally square rooting.$$V_RMS=sqrtint_0^1(V_sinsin(2pi t))^2mathrmdt$$Then it's a matter of trig rearrangements and integration to solve that.But honestly I would expect your examiner to expect you to just know that $V_RMS = fracV_sinsqrt2$ and not have to re-derive it in the exam. Not really, what you find when you do the trig identies is that squaring a sinewave ends up with a sinewave plus a constant

How to wave hard to curl hair?

curling iron or curling rollers you put in at night. or a 3 barrel curling iron will do just the waves

Examples of Light Waves?

Examples Of Light Waves

Velocity of a Mechanical Wave on a String

More mass means more inertia. Thus, it takes more force to move a differential mass on the string, and that differential mass responds more slowly than a "lighter weight" string because the acceleration of that differential mass must follow Newton's 2nd law (a=F/m). This means that the wave speed on a string of large linear density will be lower than the wave speed on a string of small linear density, assuming the same force applied to each differential mass on the strings as the wave passes by