150 Hz
There are 100 cents in a semitone, so there are 1200 cents in an octave. Since an octave is equal to doubling the frequency, there are 2 tones (whole steps) in an octave.
Ultrasonic waves have a frequency range above the audible limit of human hearing, typically between 20 kHz and 100 kHz.
The half-wave rectifier is conducting during only half of each cycle, so the fundamental output frequency is 50 Hz, and there are loads of harmonics of 50 Hz. also present in the output.
The frequency of a tone with a period of 100 milliseconds is 10 Hz. Frequency is the reciprocal of period, so to find frequency, you would take 1 divided by the period in seconds (0.1 seconds in this case).
Half of 100 kilograms is 50 kilograms.
195
There are 100 cents in a semitone, so there are 1200 cents in an octave. Since an octave is equal to doubling the frequency, there are 2 tones (whole steps) in an octave.
Ultrasonic waves have a frequency range above the audible limit of human hearing, typically between 20 kHz and 100 kHz.
The disadvantage is that attenuation increases with frequency above 100 kHz in these cables.
Its resonant frequency is where its length is half a wavelength, so for 100 MHz the wavelength is 3 metres and a 1.5-metre long dipole is resonant. A dipole antenna can be used for many applications within a band of 10-20% around the resonant frequency.
The half-wave rectifier is conducting during only half of each cycle, so the fundamental output frequency is 50 Hz, and there are loads of harmonics of 50 Hz. also present in the output.
100
The period - the time for one full cycle - is the reciprocal of the frequency. If the frequency is in Hz, the time will be in seconds.From 0 to 180 degrees is one-half of a full cycle.
Period = 1 / frequency = 1/100 = 0.01 second.
1------------10000001 100
Half of "50 out of 100" is 25 out of 100.
The effective length of a half-wave dipole antenna is typically about half the wavelength of the frequency it is designed to operate at. This means the antenna's total length is approximately ( \frac{468}{f(MHz)} ) feet, where ( f ) is the frequency in megahertz. For example, at 100 MHz, the half-wave dipole would be about 4.68 feet long. This length allows the antenna to resonate efficiently, maximizing its radiation pattern and performance.