Questions: What is the proper sequence of types of radiation from lower to higher energy? radio, ultraviolet, infrared, visible, x-ray ultraviolet, radio, x-ray, infrared, visible radio, infrared, visible, ultraviolet, x-ray x-ray visible, ultraviolet, radio, infrared x-ray, ultraviolet, visible, infrared, radio According to Planck's equation, if you decrease the temperature of the emitting body, the peak/most intense wavelength of radiation will shift to (longer/shorter) wavelengths that contain (more/less) energy. shorter, less shorter, more longer, less longer, more

What is the proper sequence of types of radiation from lower to higher energy? radio, ultraviolet, infrared, visible, x-ray ultraviolet, radio, x-ray, infrared, visible radio, infrared, visible, ultraviolet, x-ray x-ray visible, ultraviolet, radio, infrared x-ray, ultraviolet, visible, infrared, radio According to Planck's equation, if you decrease the temperature of the emitting body, the peak/most intense wavelength of radiation will shift to (longer/shorter) wavelengths that contain (more/less) energy. shorter, less shorter, more longer, less longer, more
Transcript text: canvas.unl.edu Mail - Henry Frey - Outlook Question 16 7.5 pts What is the proper sequence of types of radiation from lower to higher energy? radio, ultraviolet, infrared, visible, $x$-ray ultraviolet, radio, $x$-ray, infrared, visible radio, infrared, visible, ultraviolet, $x$-ray $x$-ray visible, ultraviolet, radio, infrared $x$-ray, ultraviolet, visible, infrared, radio Question 17 7.5 pts According to Planck's equation, if you decrease the temperature of the emitting body, the peak/most intense wavelength of radiation will shift to (longer/shorter) wavelengths that contain (more/less) energy. shorter, less shorter, more longer, less longer, more Question 18 7.5 pts
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Solution

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Solution Steps

Step 1: Identify the Proper Sequence of Radiation Types

To determine the proper sequence of types of radiation from lower to higher energy, we need to understand the electromagnetic spectrum. The order from lower to higher energy is:

  1. Radio
  2. Infrared
  3. Visible
  4. Ultraviolet
  5. X-ray

Final Answer for Question 16

\[ \boxed{\text{radio, infrared, visible, ultraviolet, x-ray}} \]

Step 2: Understand Planck's Equation and Temperature-Wavelength Relationship

According to Planck's equation and Wien's displacement law, the peak wavelength of radiation emitted by a body is inversely proportional to its temperature. Therefore, if the temperature decreases, the peak wavelength increases, shifting to longer wavelengths. Longer wavelengths correspond to less energy.

Final Answer for Question 17

\[ \boxed{\text{longer, less}} \]

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