What is the frequency of radiation that has a wavelength of 0.952 µm?

Let’s learn what is the frequency of radiation that has a wavelength of 0.952 µm. The most accurate or helpful solution is served by Yahoo! Answers.

There are ten answers to this question.

Best solution

Answer:

Did you mean: 2.67 x 10^9 hz? We use a simple formula: speed of light = wavelength x frequency c = w...

Read more

Desichick at Yahoo! Answers Mark as irrelevant Undo

Other solutions

Chem help pleaseee ! A) what is the frequency of radiation that has a wavelength of 10 micrometers about......?

The size of a bacterium. B) what is the wavelength of radiation that has a frequency of 5.50x10^14 S^-1 ? C) would the radiations in part a or part b be visible to the human eye. D) what distance does electromagnectic radiation travel in 50.0 microseconds...

Answer:

A c = n λ 3e8 = n *1 e- 6 n = 3.e+14 Hz ( gamma rays ) B c = n λ 3e8 = 5.54e14 &lambda...

Read more

Jasmine at Yahoo! Answers Mark as irrelevant Undo

What is the frequency of radiation that has a wavelength of 0.940 µm?

b. What is the wavelength of radiation that has a frequency of 5.69 1014 s-1 c. What distance does electromagnetic radiation travel in 53.9 s?

Answer:

a)frequency =wavelength* speed of light =0.94*10^(-6)*3*10^8 sec-1 b)wavelength=frequency/speed of light...

Read more

2real at Yahoo! Answers Mark as irrelevant Undo

Answer:

There's a short cut you can use. 300,000 / wavelength (in nm) = Frequency (in THz) 300,000 / Frequency...

Read more

Timothy at Yahoo! Answers Mark as irrelevant Undo

What is the wavelength of radiation in nanometers that has a frequency of 7.8×10^10 Hz?

What is the wavelength of radiation in nanometers that has a frequency of 7.8×10^10 Hz?

Answer:

c = λf where c = speed of light (m/s) λ = wavelength (m) f = frequency (s^-1 or Hz) c...

Read more

abc123 at Yahoo! Answers Mark as irrelevant Undo

Answer:

E1=hf = (6*10^-34)*107*10^6 =6*10^-26 (J) f2=C/Lamada=3*10^8/2.12 *10 =15 * 10^6 (Hz) E2=h*f2=(6*10...

Read more

Criminal Justice at Yahoo! Answers Mark as irrelevant Undo

What's the longest possible wavelength/lowest possible frequency/lowest possible energy of electromagnetic radiation?

I know about http://en.wikipedia.org/wiki/Ext... - but I'm sure even longer wavelengths exist. What is the lowest frequency of radiation that has been ever measured? I'm sure it's lower than 3 Hz.

Answer:

You are right, the VLF radio stations operate down to 3Hz but much lower frequencies are possible down...

Read more

Malcolm Sargeant at Quora Mark as irrelevant Undo

Frequency domain vs. Wavelength domain? Why is wavelength domain preferred?

When I observe teaching methods about light, the electromagnetic spectrum, and black body radiation, I consistently see statement 1 below a lot more than I see statement 2 below. This occurs with any definition of "color" or region of the EM...

Answer:

Wavelength is generally used becase it makes the maths simpler. When using a wave equation there are...

Read more

gintable at Yahoo! Answers Mark as irrelevant Undo

Answer:

2197802.1978021977 is the wavelength(in meters) of radiation with a frequency of 1.05*10*13 hz. This...

Read more

Anonymous at ChaCha Mark as irrelevant Undo

PLEASE HELP ME! Wavelength, Electromagnetic, and frequency calculations! I don't understand!?

I'm not going to complain about my teacher for the WHOLE question, but she cant teach worth crap. I spent a total of two hours in her room and nothing she said made any sense because she kept backing up on what she was saying. So here I sit, staring...

Answer:

OK. To begin with, and to make the conversion formula make sense, remember that electromagnetic radiation...

Read more

Yahoo! Answers Mark as irrelevant Undo

Related Q & A:

Just Added Q & A:

Find solution

For every problem there is a solution! Proved by Solucija.

  • Got an issue and looking for advice?

  • Ask Solucija to search every corner of the Web for help.

  • Get workable solutions and helpful tips in a moment.

Just ask Solucija about an issue you face and immediately get a list of ready solutions, answers and tips from other Internet users. We always provide the most suitable and complete answer to your question at the top, along with a few good alternatives below.