Whether the atmosphere is mostly transparent or mostly opaque to visible light by referring Figure 23.20.

Question

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Answer 1

Question

Chapter 23, Problem 1GST

a.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to visible light by referring Figure 23.20.

a.

Expert Solution

Answer to Problem 1GST

The atmosphere is mostly transparent for visible light.

Explanation of Solution

Light has behaved like waves in some instances, and it is illustrated by wavelength; Wavelength is the distance between one wave crest to next wave crest. Electromagnetic wavelengths range from several kilometers to less than one-billionth of a centimeter.

The primary characterization of all electromagnetic radiation can be defined as the basis of visible light. This is the only tiny band of electromagnetic radiation that humans can see. This range of light is known as white light in astronomer’s society, and white light has a wide range of colors, starting from short-wavelength violet to long-wavelength red.

b.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to radio waves with a wavelength of 1 meter.

b.

Expert Solution

Answer to Problem 1GST

Therefore, atmosphere is mostly transparent to the radio wave with 1-meter wavelength.

Explanation of Solution

Radio telescopes are used to detect the invisible radio waves by using big dishes. The parabolic shaped dish of a radio telescope act like a mirror of an optical microscope, and the incoming radio waves are collected by using a secondary reflector and the signals are transmitted to a receiver. The wavelength of a radio wave is 10000 times longer than the visible light.

The long radio waves from celestial objects readily comes through the Earth’s atmosphere, most of the astronomical studies are based on radio waves that work on ground. The space-based radio wave telescopes detect very long radio waves and give good extraordinary resolution images. The space-based radio wave telescopes are also capable of detecting microwaves.

c.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to gamma rays.

c.

Expert Solution

Answer to Problem 1GST

Therefore, the atmosphere is mostly opaque to the short wave gamma rays.

Explanation of Solution

The telescopes on the Earth’s surface also face some problems such as, they can only observe on cloudless night and the light interference from city lights make it tough. More importantly, the advanced telescopes located in the mountaintops still face the blurring effects of atmospheric turbulence.

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Answer 2

Question

Chapter 23, Problem 1GST

a.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to visible light by referring Figure 23.20.

a.

Expert Solution

Answer to Problem 1GST

The atmosphere is mostly transparent for visible light.

Explanation of Solution

Light has behaved like waves in some instances, and it is illustrated by wavelength; Wavelength is the distance between one wave crest to next wave crest. Electromagnetic wavelengths range from several kilometers to less than one-billionth of a centimeter.

The primary characterization of all electromagnetic radiation can be defined as the basis of visible light. This is the only tiny band of electromagnetic radiation that humans can see. This range of light is known as white light in astronomer’s society, and white light has a wide range of colors, starting from short-wavelength violet to long-wavelength red.

b.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to radio waves with a wavelength of 1 meter.

b.

Expert Solution

Answer to Problem 1GST

Therefore, atmosphere is mostly transparent to the radio wave with 1-meter wavelength.

Explanation of Solution

Radio telescopes are used to detect the invisible radio waves by using big dishes. The parabolic shaped dish of a radio telescope act like a mirror of an optical microscope, and the incoming radio waves are collected by using a secondary reflector and the signals are transmitted to a receiver. The wavelength of a radio wave is 10000 times longer than the visible light.

The long radio waves from celestial objects readily comes through the Earth’s atmosphere, most of the astronomical studies are based on radio waves that work on ground. The space-based radio wave telescopes detect very long radio waves and give good extraordinary resolution images. The space-based radio wave telescopes are also capable of detecting microwaves.

c.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to gamma rays.

c.

Expert Solution

Answer to Problem 1GST

Therefore, the atmosphere is mostly opaque to the short wave gamma rays.

Explanation of Solution

The telescopes on the Earth’s surface also face some problems such as, they can only observe on cloudless night and the light interference from city lights make it tough. More importantly, the advanced telescopes located in the mountaintops still face the blurring effects of atmospheric turbulence.

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Answer 3

Question

Chapter 23, Problem 1GST

a.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to visible light by referring Figure 23.20.

a.

Expert Solution

Answer to Problem 1GST

The atmosphere is mostly transparent for visible light.

Explanation of Solution

Light has behaved like waves in some instances, and it is illustrated by wavelength; Wavelength is the distance between one wave crest to next wave crest. Electromagnetic wavelengths range from several kilometers to less than one-billionth of a centimeter.

The primary characterization of all electromagnetic radiation can be defined as the basis of visible light. This is the only tiny band of electromagnetic radiation that humans can see. This range of light is known as white light in astronomer’s society, and white light has a wide range of colors, starting from short-wavelength violet to long-wavelength red.

b.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to radio waves with a wavelength of 1 meter.

b.

Expert Solution

Answer to Problem 1GST

Therefore, atmosphere is mostly transparent to the radio wave with 1-meter wavelength.

Explanation of Solution

Radio telescopes are used to detect the invisible radio waves by using big dishes. The parabolic shaped dish of a radio telescope act like a mirror of an optical microscope, and the incoming radio waves are collected by using a secondary reflector and the signals are transmitted to a receiver. The wavelength of a radio wave is 10000 times longer than the visible light.

The long radio waves from celestial objects readily comes through the Earth’s atmosphere, most of the astronomical studies are based on radio waves that work on ground. The space-based radio wave telescopes detect very long radio waves and give good extraordinary resolution images. The space-based radio wave telescopes are also capable of detecting microwaves.

c.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to gamma rays.

c.

Expert Solution

Answer to Problem 1GST

Therefore, the atmosphere is mostly opaque to the short wave gamma rays.

Explanation of Solution

The telescopes on the Earth’s surface also face some problems such as, they can only observe on cloudless night and the light interference from city lights make it tough. More importantly, the advanced telescopes located in the mountaintops still face the blurring effects of atmospheric turbulence.

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Answer 4

Question

Chapter 23, Problem 1GST

a.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to visible light by referring Figure 23.20.

a.

Expert Solution

Answer to Problem 1GST

The atmosphere is mostly transparent for visible light.

Explanation of Solution

Light has behaved like waves in some instances, and it is illustrated by wavelength; Wavelength is the distance between one wave crest to next wave crest. Electromagnetic wavelengths range from several kilometers to less than one-billionth of a centimeter.

The primary characterization of all electromagnetic radiation can be defined as the basis of visible light. This is the only tiny band of electromagnetic radiation that humans can see. This range of light is known as white light in astronomer’s society, and white light has a wide range of colors, starting from short-wavelength violet to long-wavelength red.

b.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to radio waves with a wavelength of 1 meter.

b.

Expert Solution

Answer to Problem 1GST

Therefore, atmosphere is mostly transparent to the radio wave with 1-meter wavelength.

Explanation of Solution

Radio telescopes are used to detect the invisible radio waves by using big dishes. The parabolic shaped dish of a radio telescope act like a mirror of an optical microscope, and the incoming radio waves are collected by using a secondary reflector and the signals are transmitted to a receiver. The wavelength of a radio wave is 10000 times longer than the visible light.

The long radio waves from celestial objects readily comes through the Earth’s atmosphere, most of the astronomical studies are based on radio waves that work on ground. The space-based radio wave telescopes detect very long radio waves and give good extraordinary resolution images. The space-based radio wave telescopes are also capable of detecting microwaves.

c.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to gamma rays.

c.

Expert Solution

Answer to Problem 1GST

Therefore, the atmosphere is mostly opaque to the short wave gamma rays.

Explanation of Solution

The telescopes on the Earth’s surface also face some problems such as, they can only observe on cloudless night and the light interference from city lights make it tough. More importantly, the advanced telescopes located in the mountaintops still face the blurring effects of atmospheric turbulence.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Chapter 23, Problem 1GST

a.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to visible light by referring Figure 23.20.

a.

Expert Solution

Answer to Problem 1GST

The atmosphere is mostly transparent for visible light.

Explanation of Solution

Light has behaved like waves in some instances, and it is illustrated by wavelength; Wavelength is the distance between one wave crest to next wave crest. Electromagnetic wavelengths range from several kilometers to less than one-billionth of a centimeter.

The primary characterization of all electromagnetic radiation can be defined as the basis of visible light. This is the only tiny band of electromagnetic radiation that humans can see. This range of light is known as white light in astronomer’s society, and white light has a wide range of colors, starting from short-wavelength violet to long-wavelength red.

b.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to radio waves with a wavelength of 1 meter.

b.

Expert Solution

Answer to Problem 1GST

Therefore, atmosphere is mostly transparent to the radio wave with 1-meter wavelength.

Explanation of Solution

Radio telescopes are used to detect the invisible radio waves by using big dishes. The parabolic shaped dish of a radio telescope act like a mirror of an optical microscope, and the incoming radio waves are collected by using a secondary reflector and the signals are transmitted to a receiver. The wavelength of a radio wave is 10000 times longer than the visible light.

The long radio waves from celestial objects readily comes through the Earth’s atmosphere, most of the astronomical studies are based on radio waves that work on ground. The space-based radio wave telescopes detect very long radio waves and give good extraordinary resolution images. The space-based radio wave telescopes are also capable of detecting microwaves.

c.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to gamma rays.

c.

Expert Solution

Answer to Problem 1GST

Therefore, the atmosphere is mostly opaque to the short wave gamma rays.

Explanation of Solution

The telescopes on the Earth’s surface also face some problems such as, they can only observe on cloudless night and the light interference from city lights make it tough. More importantly, the advanced telescopes located in the mountaintops still face the blurring effects of atmospheric turbulence.

Answer 6

Chapter 23, Problem 1GST

a.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to visible light by referring Figure 23.20.

a.

Expert Solution

Answer to Problem 1GST

The atmosphere is mostly transparent for visible light.

Explanation of Solution

Light has behaved like waves in some instances, and it is illustrated by wavelength; Wavelength is the distance between one wave crest to next wave crest. Electromagnetic wavelengths range from several kilometers to less than one-billionth of a centimeter.

The primary characterization of all electromagnetic radiation can be defined as the basis of visible light. This is the only tiny band of electromagnetic radiation that humans can see. This range of light is known as white light in astronomer’s society, and white light has a wide range of colors, starting from short-wavelength violet to long-wavelength red.

Answer 7

Chapter 23, Problem 1GST

a.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to visible light by referring Figure 23.20.

Answer 8

a.

Expert Solution

Answer to Problem 1GST

The atmosphere is mostly transparent for visible light.

Answer 9

a.

Expert Solution

Answer 10

a.

Expert Solution

Answer 11

Expert Solution

Answer 12

Explanation of Solution

Light has behaved like waves in some instances, and it is illustrated by wavelength; Wavelength is the distance between one wave crest to next wave crest. Electromagnetic wavelengths range from several kilometers to less than one-billionth of a centimeter.

The primary characterization of all electromagnetic radiation can be defined as the basis of visible light. This is the only tiny band of electromagnetic radiation that humans can see. This range of light is known as white light in astronomer’s society, and white light has a wide range of colors, starting from short-wavelength violet to long-wavelength red.

Answer 13

b.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to radio waves with a wavelength of 1 meter.

b.

Expert Solution

Answer to Problem 1GST

Therefore, atmosphere is mostly transparent to the radio wave with 1-meter wavelength.

Explanation of Solution

Radio telescopes are used to detect the invisible radio waves by using big dishes. The parabolic shaped dish of a radio telescope act like a mirror of an optical microscope, and the incoming radio waves are collected by using a secondary reflector and the signals are transmitted to a receiver. The wavelength of a radio wave is 10000 times longer than the visible light.

The long radio waves from celestial objects readily comes through the Earth’s atmosphere, most of the astronomical studies are based on radio waves that work on ground. The space-based radio wave telescopes detect very long radio waves and give good extraordinary resolution images. The space-based radio wave telescopes are also capable of detecting microwaves.

Answer 14

b.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to radio waves with a wavelength of 1 meter.

Answer 15

b.

Expert Solution

Answer to Problem 1GST

Therefore, atmosphere is mostly transparent to the radio wave with 1-meter wavelength.

Answer 16

b.

Expert Solution

Answer 17

b.

Expert Solution

Answer 18

Expert Solution

Answer 19

Explanation of Solution

Radio telescopes are used to detect the invisible radio waves by using big dishes. The parabolic shaped dish of a radio telescope act like a mirror of an optical microscope, and the incoming radio waves are collected by using a secondary reflector and the signals are transmitted to a receiver. The wavelength of a radio wave is 10000 times longer than the visible light.

The long radio waves from celestial objects readily comes through the Earth’s atmosphere, most of the astronomical studies are based on radio waves that work on ground. The space-based radio wave telescopes detect very long radio waves and give good extraordinary resolution images. The space-based radio wave telescopes are also capable of detecting microwaves.

Answer 20

c.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to gamma rays.

c.

Expert Solution

Answer to Problem 1GST

Therefore, the atmosphere is mostly opaque to the short wave gamma rays.

Explanation of Solution

The telescopes on the Earth’s surface also face some problems such as, they can only observe on cloudless night and the light interference from city lights make it tough. More importantly, the advanced telescopes located in the mountaintops still face the blurring effects of atmospheric turbulence.

Answer 21

c.

To determine

Whether the atmosphere is mostly transparent or mostly opaque to gamma rays.

Answer 22

c.

Expert Solution

Answer to Problem 1GST

Therefore, the atmosphere is mostly opaque to the short wave gamma rays.

Answer 23

c.

Expert Solution

Answer 24

c.

Expert Solution

Answer 25

Expert Solution

Answer 26

Explanation of Solution

The telescopes on the Earth’s surface also face some problems such as, they can only observe on cloudless night and the light interference from city lights make it tough. More importantly, the advanced telescopes located in the mountaintops still face the blurring effects of atmospheric turbulence.