Radio waves are energy. Electromagnetic energy to be exact. The amount of energy a radio wave has will depend on the amount of power the transmitter has, the amount of amplification, the quality of the cable connecting it to the antenna and finally the antenna. The amount of energy is usually measured in watts.
"Energy level of a radio wave" is a phrase with no physical meaning.
If you were to tell us the frequency of the wave, we could give you the energy of a single photon (or you could figure it out yourself; it's just the frequency times Planck's constant).
That varies. Look at the radio's specifications - most pieces of electrical equipment have the information quite visible, perhaps on the back of the radio. It may give you an amount of watts, or amperes and volts. If it says amperes and volts, multiply the two to convert to watts. Watts means joules per second; for example, a device that uses 100 Watts, uses 100 joules every second.
That varies. Look at the radio's specifications - most pieces of electrical equipment have the information quite visible, perhaps on the back of the radio. It may give you an amount of watts, or amperes and volts. If it says amperes and volts, multiply the two to convert to watts. Watts means joules per second; for example, a device that uses 100 Watts, uses 100 joules every second.
That varies. Look at the radio's specifications - most pieces of electrical equipment have the information quite visible, perhaps on the back of the radio. It may give you an amount of watts, or amperes and volts. If it says amperes and volts, multiply the two to convert to watts. Watts means joules per second; for example, a device that uses 100 Watts, uses 100 joules every second.
That varies. Look at the radio's specifications - most pieces of electrical equipment have the information quite visible, perhaps on the back of the radio. It may give you an amount of watts, or amperes and volts. If it says amperes and volts, multiply the two to convert to watts. Watts means joules per second; for example, a device that uses 100 Watts, uses 100 joules every second.
That varies. Look at the radio's specifications - most pieces of electrical equipment have the information quite visible, perhaps on the back of the radio. It may give you an amount of watts, or amperes and volts. If it says amperes and volts, multiply the two to convert to watts. Watts means joules per second; for example, a device that uses 100 Watts, uses 100 joules every second.
No, the most. Remember, as you go from radio waves to gamma rays across the spectrum, the frequency and energy increases.
">Sound energy is transmitted on a frequency, the information is then sent out or an certain frequency, it really isn't transformed from electric energy to sound energy it is just transported via a radio wave or a set frequency from an emanation tower then received and played using electrical energy. If that didn't help sorry, but go read up on energy, frequency, wavelength, and the difference.... Google it, it'll help a lot more than i tried to do. or just go take some classes in college about physics and stuff. It's quite interesting.
"go" isn't really the right word, it transforms (like all energy) mostly into the form of heat energy.
energy is neither created nor can it be destroyed. energy doesn't go anywhere it changes forms. ex. light energy can turn into heat energy inside of a light bulb
it creates kinetic energy because it movement is growing faster
there are 100 joules in an energy efficient light bulb 75 joules go towards the light and 25 joules go towards the heat
The human body has natural electromagnetic energy. This can interfere with the radio signal because the body can behave as an antenna for this energy.
It depends on which energy level the electron is in, and where it ends up. To go from n=1 to n=2, it requires 10.2 eV of energy.
For a general cost ,A 1500 w tank heater will be $103.00 per month. Go to morgransou.com/energy calculator, then click on farm equipment.
No, the most. Remember, as you go from radio waves to gamma rays across the spectrum, the frequency and energy increases.
The Kinetic energy (KE) of the go-cart can be calculated through knowing is mass and velocity. KE = 1/2 times both mass and velocity squared. The units are KE in joules, mass in kilograms, and velocity in meters per second. If you round to one significant figure this go-carts KE is 50-joules.
With customary allowances for grammar, there's no difference. "Joule" is a unit used to describe quantities of work or energy.
Go Radio was created in 2007.
Many universities offer courses in that relate to tv and radio. You can also try to get an internship at a radio or tv station to gain experience.
There can be many different ways to listen to radio shows. The internet always has free access to the radio, or maybe go old fashioned and find a radio.
None. Mills are not a unit of energy.
Well, there are many internet radio stations online that can be tuned to. However, most radio stations have a website that users can go to online to listen to music on the computer.