1. A red laser emits light with a frequencyf= 4.74x10¹⁴Hz (where 1Hz = 1 s^-1, or one inverse second). What is the wavelength of the light emitted by the laser? Answer in units of nanometers (nm). Your answer should come out to be (your answer)x10^-9m,but I can't get canvas to accept the negative power in scientific notation, so just provide your answer in units of nanometers, where 1 nm = 10^-9m.

1. A red laser emits light with a frequencyf= 4.74x10¹⁴Hz (where 1Hz = 1 s^-1, or one inverse second). What is the energy of a single photon emitted by the laser? Answer in units of Joules (J). Your answer should come out to be (your answer)x10^-19J, but I can't get canvas to accept the negative power in scientific notation, so just provide the number out in front ("your answer") of the x10^-19J factor.
2. A green laser emits photons of energyE= 3.74x10^-19J. What is the frequency of lightemitted by the laser? Answer in units of Joules (Hz, or s^-1).

You will have to answer this question using scientific notation. However, you will need to replace "x10" with an "e".

Examples:

2x10⁴would be entered as 2e4

The energy given above, 3.74x10^-19J, would be entered 3.74e-19

1. A green laser emits photons of energyE= 3.74x10^-19J. What is the wavelength of lightemitted by the laser? Answer in units of nanometers (nm), where 1 nm = 10^-9m.

1. An FM radio wave has a wavelength of. A gamma ray has a wavelength of. What is the ratio of their energies,?

You will have to answer this question using scientific notation. However, you will need to replace "x10" with an "e".

Example:

2x10⁴would be entered as 2e4