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Arrange the following kinds of electromagnetic radiation in order of increasing wavelength: infrared, green light, red light, radio waves, X rays, ultraviolet light.

Short Answer

Expert verified
The final order of the given types of electromagnetic radiation in increasing wavelength is: X Rays, Ultraviolet light, Infrared, Green light, Red light, and Radio Waves.

Step by step solution

01

Understand the Electromagnetic Spectrum

The electromagnetic spectrum represents all the types of electromagnetic radiation, from the shortest wavelength (highest frequency) to the longest wavelength (lowest frequency). The order of different types of radiation in the electromagnetic spectrum is as follows: Gamma Rays, X-Rays, UV Rays, Visible Light, Infrared, Microwaves, and Radio Waves.
02

Identify Wavelength Trends

As we go from left to right on the electromagnetic spectrum, the wavelengths of these kinds of radiation increase. Consequently, wavelength increases in this order: gamma rays, X-rays, ultraviolet, visible light, infrared, microwaves, and radio waves.
03

Arrange the Given Electromagnetic Radiation

The task is to arrange the given types of radiation in order of increasing wavelength. We can refer to the order in Step 2 and use it to arrange our given types: Infrared, Green light (Visible Light), Red light (Visible Light), Radio Waves, X-Rays, and Ultraviolet light.
04

Comparing Colors within Visible Light

Within the visible light range, colors have the following order of increasing wavelength: violet, blue, green, yellow, orange, and red. As both green light and red light are given in the problem, we can place them in order like this: green light, red light.
05

Final Order of Electromagnetic Radiation

Now that we have arranged all the types of given electromagnetic radiation, we can list them in the final order of increasing wavelength: X Rays, Ultraviolet light, Infrared, Green light, Red light, and Radio Waves.

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Most popular questions from this chapter

Neutron diffraction is an important technique for determining the structures of molecules. Calculate the velocity of a neutron needed to achieve a wavelength of 1.25 A. (Refer to the inside cover for the mass of the neutron.)

A certain orbital of the hydrogen atom has \(n=4\) and \(l=2 .\) (a) What are the possible values of \(m_{l}\) for this orbital? (b) What are the possible values of \(m_{s}\) for the orbital?

A diode laser emits at a wavelength of 987 \(\mathrm{nm}\) . (a) In what portion of the electromagnetic spectrum is this radiation found? (b) All of its output energy is absorbed in a detector that measures a total energy of 0.52 \(\mathrm{J}\) over a period of 32 s. How many photons per second are being emitted by the laser?

(a) Using Equation \(6.5,\) calculate the energy of an electron in the hydrogen atom when \(n=2\) and when \(n=6 .\) Calculate the wavelength of the radiation released when an electron moves from \(n=6\) to \(n=2 .\) (b) Is this line in the visible region of the electromagnetic spectrum? If so, what color is it?

(a) What are the similarities of and differences between the 1s and 2\(s\) orbitals of the hydrogen atom? (b) In what sense does a 2\(p\) orbital have directional character? Compare the "directional" characteristics of the \(p_{x}\) and \(d_{x^{2}-y^{2}}\) orbitals. (That is, in what direction or region of space is the electron density concentrated? (c) What can you say about the average distance from the nucleus of an electron in a 2 orbital as compared with a 3\(s\) orbital? (d) For the hydrogen atom, list the following orbitals in order of increasing energy (that is, most stable ones first): \(4 f, 6 s, 3 d, 1 s, 2 p .\)

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