I would say the number of harmonics decrease, because you're adding to the frequency of a wave.
I hope this helps :)
The correct answer is electromagnetic. Lights travel as an electromagnetic wave. In fact, light is an electromagnetic radiation which has a center of the electromagnetic spectrum. Light is visible to the naked eye, and is responsible for an organism's sense of sight.
Answer:
The greater the luminosity of a star, the longer its period of oscillation.
Consider the formula W = E^2/R
E is the same for both bulbs. Everything depends on R
Let us suppose that E = 100 volts (high consumption day).
Let us further suppose that r = 2 ohms
W = 100^2 / 2
W = 10,000 / 2
W = 5000 watts . (It's just a number).
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The second bulb has a resistance of 1 ohm.
W = 100^2 / 1
W = 10000 watts.
The lower the resistance the higher the wattage.