Different kinds of light have different wavelengths and frequencies. Use the chart above to answer the following questions.1. The wave at the bottom is a guide that can help you complete the chart. a) Where does the wave have the biggest wavelength? Where does it have its lowest wavelength?b) Rank the following types of light from lowest wavelength to highest wavelength: infrared, green light, x-rays, radio waves. c) Where does the wave at the bottom have the largest frequency? Where does it have the smallest frequency?d) Rank the following types of light from smallest frequency to largest frequency: infrared, green light, x-rays, radio waves. The image illustrates the electromagnetic spectrum, showcasing the range of electromagnetic waves categorized by wavelength and frequency. **Sections of the Electromagnetic Spectrum:**1. **Gamma Ray:** - Located at the far left of the spectrum. - Represents the highest frequency and shortest wavelength.2. **X-ray:** - Positioned next to gamma rays. - Known for high frequency and short wavelength, commonly used in medical imaging.3. **Ultraviolet (UV):** - Follows X-rays in the spectrum. - Frequencies are lower than X-rays; can cause sunburn.4. **Visible Light:** - Marked in a small, central section with a color gradient from violet, indigo, blue, green, yellow, orange, to red. - Represents the portion of the spectrum visible to the human eye.5. **Infrared (IR):** - Comes after visible light. - Longer wavelengths than visible light; felt as heat.6. **Microwave:** - Located to the right of the infrared section. - Waves with even longer wavelengths, used in cooking and communication.7. **Radio:** - Positioned at the far right of the spectrum. - Longest wavelength and lowest frequency, used in broadcasting.**Wave Representation:**Below the spectrum, a graphical illustration depicts wave patterns:- The waves transition from tightly packed, high-frequency waves on the gamma ray side to widely spaced, low-frequency waves on the radio side. This visually represents how wavelength increases and frequency decreases across the spectrum.

Energy of photon = hν = hc/λ where ν = frequency λ = wavelength

Answered: Different kinds of light have different…

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Different kinds of light have different wavelengths and frequencies. Use the chart above to answer the following questions.
1. The wave at the bottom is a guide that can help you complete the chart.
a) Where does the wave have the biggest wavelength? Where does it have its lowest wavelength?

b) Rank the following types of light from lowest wavelength to highest wavelength: infrared, green light, x-rays, radio waves.

c) Where does the wave at the bottom have the largest frequency? Where does it have the smallest frequency?

d) Rank the following types of light from smallest frequency to largest frequency: infrared, green light,
x-rays, radio waves.

The image illustrates the electromagnetic spectrum, showcasing the range of electromagnetic waves categorized by wavelength and frequency.

**Sections of the Electromagnetic Spectrum:**

1. **Gamma Ray:**
- Located at the far left of the spectrum.
- Represents the highest frequency and shortest wavelength.

2. **X-ray:**
- Positioned next to gamma rays.
- Known for high frequency and short wavelength, commonly used in medical imaging.

3. **Ultraviolet (UV):**
- Follows X-rays in the spectrum.
- Frequencies are lower than X-rays; can cause sunburn.

4. **Visible Light:**
- Marked in a small, central section with a color gradient from violet, indigo, blue, green, yellow, orange, to red.
- Represents the portion of the spectrum visible to the human eye.

5. **Infrared (IR):**
- Comes after visible light.
- Longer wavelengths than visible light; felt as heat.

6. **Microwave:**
- Located to the right of the infrared section.
- Waves with even longer wavelengths, used in cooking and communication.

7. **Radio:**
- Positioned at the far right of the spectrum.
- Longest wavelength and lowest frequency, used in broadcasting.

**Wave Representation:**
Below the spectrum, a graphical illustration depicts wave patterns:
- The waves transition from tightly packed, high-frequency waves on the gamma ray side to widely spaced, low-frequency waves on the radio side. This visually represents how wavelength increases and frequency decreases across the spectrum.

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