What Color Has The Most Frequency?

What Color Has The Most Frequency? Violet waves have the highest frequencies. What is the frequency of color? Color is the frequency of visible light, and it ranges from 430 trillion Hertz (which is red) to 750 trillion Hertz (which is violet). Waves can also go beyond and below those frequencies, but they’re not visible

Why Do Even Harmonics Not Exist?

Why Do Even Harmonics Not Exist? The even harmonics do not normally exist in power system due to symmetry between the positive- and negative- halves of a cycle. Further, if the waveforms of the three phases are symmetrical, the harmonic multiples of three are suppressed by delta (Δ) connection of transformers and motors as described

Do Organs Have Frequencies?

Do Organs Have Frequencies? Every cell, every tissue, and organs have its own frequency. On the basis of frequency, many stages have occurred i.e. happiness, fear, shame etc. In this, analog to digital converter is used to convert data into digital form. Do humans release frequencies? It is known that the human body can generate

Why Does The Doppler Effect Only Radial Velocity?

Why Does The Doppler Effect Only Radial Velocity? The electron makes the transition from energy level 2 to energy level 3. Why does the Doppler effect detect only radial velocity? Objects moving perpendicular to the line of sight cannot cause the wavelengths to appear shifted to shorter or longer wavelengths. How is the Doppler effect

Why Do We Take Fourier Transform?

Why Do We Take Fourier Transform? The Fourier transform is used to analyze problems involving continuous-time signals or mixtures of continuous- and discrete-time signals. The discrete-time Fourier transform is used to analyze problems involving discrete-time signals or systems. What is the purpose of the Fourier transform? The Fourier Transform is an important image processing tool

Why Does Stopping Potential Depends On Frequency?

Why Does Stopping Potential Depends On Frequency? The stopping potential is more negative for higher frequencies of incident radiations. This means that greater the frequency of incident radiations, greater is the maximum kinetic energy of the photo electrons. Does stopping potential depends on frequency? The stopping potential does not depend on the intensity nor the