__Frequency to Energy Calculator:__

__Frequency to Energy Calculator:__

Enter the values of Planck’s Constant h_{(6.626*10}^{-34}_{ J/s)} & Frequency v_{(Hz)} to determine the value of Frequency to Energy E_{(J).}

__Frequency to Energy Formula:__

__Frequency to Energy Formula:__

The Frequency to Energy E_{(J)} in Joules is Equal to the Planck’s Constant h_{(6.626*10}^{-34}_{ J/s)} in 6.626*10^{-34}Joules per second and is Multiply the Frequency v_{(Hz)} in Hertz.

The Equation of Frequency to Energy can be written as,

E_{(J)} = h_{(6.626*10}^{-34}_{ J/s)} * v_{(Hz)}

Here,

E_{(J)} = Frequency to Energy in Joules

h_{(6.626*10}^{-34}_{ J/s)} = Planck’s Constant in 6.626*10^{-34}Joules per second

v_{(Hz)} = Frequency in Hertz

__Frequency to Energy Calculation:__

__Frequency to Energy Calculation:__

1) Calculate the Frequency to Energy and given for Planck’s Constant = 6.626*10^{-34}J/sec , Frequency = 600Hz.

Answer

E = h * v

E = 6.626*10^{-34} * 600

E = 3.9756e-31Joules.

2) Calculate the Frequency and given for Planck’s Constant = 6.626*10^{-34}J/sec , Frequency to Energy = 3.9756e-31Joules.

Answer

E = h * v

3.9756e-31 = 6.626*10^{-34} * v

v = 600Hz.