Dark matter is the invisible visible that has made its presence known so far only through its gravitational effects. Thus the invisible form of matter that cannot be seen or touch is termed as dark matter, and its presence is detected by its gravitational effects. The dark matter affects the orbit of the stars as greater the force of gravity, so greater the orbital speed. The stars near to the dark matter have a higher influence of gravitational force and the stars away from the dark matter have a lower influence of gravitational force. So the stars near to the dark matter have the higher orbital speed and the star far away from the dark matter has the slower speed. Thus, the dark matter is affecting the orbits of stars.

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Chapter 29, Problem 10RAT

To determine

Introduction:

Dark matter is the invisible visible that has made its presence known so far only through its gravitational effects. Thus the invisible form of matter that cannot be seen or touch is termed as dark matter, and its presence is detected by its gravitational effects.

The dark matter affects the orbit of the stars as greater the force of gravity, so greater the orbital speed. The stars near to the dark matter have a higher influence of gravitational force and the stars away from the dark matter have a lower influence of gravitational force. So the stars near to the dark matter have the higher orbital speed and the star far away from the dark matter has the slower speed. Thus, the dark matter is affecting the orbits of stars.

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Answer 2

Question

Chapter 29, Problem 10RAT

To determine

Introduction:

Dark matter is the invisible visible that has made its presence known so far only through its gravitational effects. Thus the invisible form of matter that cannot be seen or touch is termed as dark matter, and its presence is detected by its gravitational effects.

The dark matter affects the orbit of the stars as greater the force of gravity, so greater the orbital speed. The stars near to the dark matter have a higher influence of gravitational force and the stars away from the dark matter have a lower influence of gravitational force. So the stars near to the dark matter have the higher orbital speed and the star far away from the dark matter has the slower speed. Thus, the dark matter is affecting the orbits of stars.

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Answer 3

Question

Chapter 29, Problem 10RAT

To determine

Introduction:

Dark matter is the invisible visible that has made its presence known so far only through its gravitational effects. Thus the invisible form of matter that cannot be seen or touch is termed as dark matter, and its presence is detected by its gravitational effects.

The dark matter affects the orbit of the stars as greater the force of gravity, so greater the orbital speed. The stars near to the dark matter have a higher influence of gravitational force and the stars away from the dark matter have a lower influence of gravitational force. So the stars near to the dark matter have the higher orbital speed and the star far away from the dark matter has the slower speed. Thus, the dark matter is affecting the orbits of stars.

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Answer 4

Question

Chapter 29, Problem 10RAT

To determine

Introduction:

Dark matter is the invisible visible that has made its presence known so far only through its gravitational effects. Thus the invisible form of matter that cannot be seen or touch is termed as dark matter, and its presence is detected by its gravitational effects.

The dark matter affects the orbit of the stars as greater the force of gravity, so greater the orbital speed. The stars near to the dark matter have a higher influence of gravitational force and the stars away from the dark matter have a lower influence of gravitational force. So the stars near to the dark matter have the higher orbital speed and the star far away from the dark matter has the slower speed. Thus, the dark matter is affecting the orbits of stars.

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Answer 5

Chapter 29, Problem 10RAT

To determine

Introduction:

Dark matter is the invisible visible that has made its presence known so far only through its gravitational effects. Thus the invisible form of matter that cannot be seen or touch is termed as dark matter, and its presence is detected by its gravitational effects.

The dark matter affects the orbit of the stars as greater the force of gravity, so greater the orbital speed. The stars near to the dark matter have a higher influence of gravitational force and the stars away from the dark matter have a lower influence of gravitational force. So the stars near to the dark matter have the higher orbital speed and the star far away from the dark matter has the slower speed. Thus, the dark matter is affecting the orbits of stars.

Answer 6

Chapter 29, Problem 10RAT

To determine

Introduction:

Dark matter is the invisible visible that has made its presence known so far only through its gravitational effects. Thus the invisible form of matter that cannot be seen or touch is termed as dark matter, and its presence is detected by its gravitational effects.

The dark matter affects the orbit of the stars as greater the force of gravity, so greater the orbital speed. The stars near to the dark matter have a higher influence of gravitational force and the stars away from the dark matter have a lower influence of gravitational force. So the stars near to the dark matter have the higher orbital speed and the star far away from the dark matter has the slower speed. Thus, the dark matter is affecting the orbits of stars.

Answer 7

Chapter 29, Problem 10RAT

To determine

Introduction:

Dark matter is the invisible visible that has made its presence known so far only through its gravitational effects. Thus the invisible form of matter that cannot be seen or touch is termed as dark matter, and its presence is detected by its gravitational effects.

The dark matter affects the orbit of the stars as greater the force of gravity, so greater the orbital speed. The stars near to the dark matter have a higher influence of gravitational force and the stars away from the dark matter have a lower influence of gravitational force. So the stars near to the dark matter have the higher orbital speed and the star far away from the dark matter has the slower speed. Thus, the dark matter is affecting the orbits of stars.

Answer 8

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Answer 11

Ch. 29 - Why does an observer at a given location see one...Ch. 29 - Prob. 2RCC Ch. 29 - Is the light-year a measurement of time or...Ch. 29 - Prob. 4RCC Ch. 29 - Prob. 5RCC Ch. 29 - What is an H-R diagram?Ch. 29 - Prob. 7RCC Ch. 29 - Prob. 8RCC Ch. 29 - Prob. 9RCC Ch. 29 - Prob. 10RCC

Solution Summary: The author explains that dark matter affects the orbit of the stars as greater the force of gravity and the speed.

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