Depends on what you're trying to do. If you're trying to create a new sound, you might want to do this. Or you might use an LFO or even an audible waveform to modulate something else say a VCO, a VCA or a filter.
we would not be alive
Because this is the shape of the waveform naturally generated by a conductor that is cut by a rotating magnetic field. It would be extremely difficult, as well as unnecessary, to generate any other shaped waveforms. You should also understand that square and triangular waveforms are normally made up of sinusoidal waveforms of different amplitudes and frequencies (check out 'Fourier analysis').
That would be a compound. Combine the elements of hydrogen and oxygen, and get a compound (water) that is quite different from the two gasses you started with.
Korg Monotron - an excellent analog hardware synth that let's you learn the basics of synthesis, plus it's very cheap. For Mac software synths, Logic's ES-1 could be a good place to start.
Purple is a non-spectral colour. It is created from a combination of waveforms. So I would imagine this would require using two materials to create the waveforms for the colour. However I would like to know if this has ever been done, or if anyone is working on it. I explicitly mean purple, as opposed to violet which has been made, nearing the ultraviolet wavelengths.
How would you combine the words intervals and delicate in a sentence?
In one of their studio updates you can see Danny using a Synth that most believe to be a Korg R3 no one is entirely sure but its the one that matches up with it the most....Hope this helps the next best bet would be a MicroKorg or MicroKorg XL
Ideally not - you would be mixing oil with different viscosities/characteristics. I would be prepared to do in an emergency (but not put the engine under undue strain) and would wait for the one oil to run out as much as possible before putting the synth oil in. Hope this helps, BubbleOz
When they combine they form a product
if the value of the reactive component was increased, how would it change the waveforms?
Carbonate salts of alkali and alkaline earth metals, under favorable conditions.
First visualize a sine wave. It undulates between positive and negative voltage in a form that looks like the wave that ripples out when you drop something onto still water. If you took a picture across a slice through multiple ripples you would see a positive hump and then its negative image. So the wave is gradually rising to a peak and then falling to a valley. If you superimposed two such waves upon each other and they matched perfectly where they crossed zero and where they peaked positively then the waveforms would have the same frequency and would be in phase. If you took these in phase waveforms and then slid one over the other so that the positive and negative peaks occurred at the same time the waveforms would be 180 degrees out of phase. In a three phase system the peaks of three waveforms are each one third cycle from the other or 120 degrees out of phase with each other. In a three phase system each waveform is on separate wires so that you can either run a device such as a motor that runs on 3-phase power or you can add different phases together to get different voltage outputs or use each voltage separately as single phase services.