The statement which is correct to explain why car or train is not used to illustrate Newton’s laws in outer space.

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Answer 1

Question

Chapter 1, Problem 1Q

To determine

The statement which is correct to explain why car or train is not used to illustrate Newton’s laws in outer space.

Expert Solution & Answer

Answer to Problem 1Q

Option (1).

Explanation of Solution

According to theory of relativity an object have different speed in different frames of references. For example consider an observer observes a car in one frame of reference, and another observer observes car in a different frame of reference. The speed of the car is is different for different observers. Thus a car or train have different speed in different frame of references.

But in case of spaceship, the speed of the spaceship is equal to the speed of the light for all observers.

Conclusion:

Car and train has different speed in different frame of reference, and they cannot move with the speed of the light. Car and train interact with other objects, thus speed of car and train is less than the speed of the spaceship. Hence first statement is true.

Since the spaceship moves with the speed of light, car and train cannot travel faster than spaceship. Hence second statement is correct.

Since the speed of the spaceship remains same when it moves around any planet, it will not interact with any object until crosses the orbital speed. Thus statement three is correct.

When a car or train placed outer space, there is no attraction from Earth’s gravitation field, sine the Earth’s gravity at outer space is zero. Hence statement four is incorrect.

Since the spaceship is away from the surface of Earth, it experience less gravitational force. When the spaceship moves away from Earth the gravitational attraction decreases. The spaceship experience less gravitational force.

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Answer 2

Question

Chapter 1, Problem 1Q

To determine

The statement which is correct to explain why car or train is not used to illustrate Newton’s laws in outer space.

Expert Solution & Answer

Answer to Problem 1Q

Option (1).

Explanation of Solution

According to theory of relativity an object have different speed in different frames of references. For example consider an observer observes a car in one frame of reference, and another observer observes car in a different frame of reference. The speed of the car is is different for different observers. Thus a car or train have different speed in different frame of references.

But in case of spaceship, the speed of the spaceship is equal to the speed of the light for all observers.

Conclusion:

Car and train has different speed in different frame of reference, and they cannot move with the speed of the light. Car and train interact with other objects, thus speed of car and train is less than the speed of the spaceship. Hence first statement is true.

Since the spaceship moves with the speed of light, car and train cannot travel faster than spaceship. Hence second statement is correct.

Since the speed of the spaceship remains same when it moves around any planet, it will not interact with any object until crosses the orbital speed. Thus statement three is correct.

When a car or train placed outer space, there is no attraction from Earth’s gravitation field, sine the Earth’s gravity at outer space is zero. Hence statement four is incorrect.

Since the spaceship is away from the surface of Earth, it experience less gravitational force. When the spaceship moves away from Earth the gravitational attraction decreases. The spaceship experience less gravitational force.

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Answer 3

Question

Chapter 1, Problem 1Q

To determine

The statement which is correct to explain why car or train is not used to illustrate Newton’s laws in outer space.

Expert Solution & Answer

Answer to Problem 1Q

Option (1).

Explanation of Solution

According to theory of relativity an object have different speed in different frames of references. For example consider an observer observes a car in one frame of reference, and another observer observes car in a different frame of reference. The speed of the car is is different for different observers. Thus a car or train have different speed in different frame of references.

But in case of spaceship, the speed of the spaceship is equal to the speed of the light for all observers.

Conclusion:

Car and train has different speed in different frame of reference, and they cannot move with the speed of the light. Car and train interact with other objects, thus speed of car and train is less than the speed of the spaceship. Hence first statement is true.

Since the spaceship moves with the speed of light, car and train cannot travel faster than spaceship. Hence second statement is correct.

Since the speed of the spaceship remains same when it moves around any planet, it will not interact with any object until crosses the orbital speed. Thus statement three is correct.

When a car or train placed outer space, there is no attraction from Earth’s gravitation field, sine the Earth’s gravity at outer space is zero. Hence statement four is incorrect.

Since the spaceship is away from the surface of Earth, it experience less gravitational force. When the spaceship moves away from Earth the gravitational attraction decreases. The spaceship experience less gravitational force.

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

Answer 4

Question

Chapter 1, Problem 1Q

To determine

The statement which is correct to explain why car or train is not used to illustrate Newton’s laws in outer space.

Expert Solution & Answer

Answer to Problem 1Q

Option (1).

Explanation of Solution

According to theory of relativity an object have different speed in different frames of references. For example consider an observer observes a car in one frame of reference, and another observer observes car in a different frame of reference. The speed of the car is is different for different observers. Thus a car or train have different speed in different frame of references.

But in case of spaceship, the speed of the spaceship is equal to the speed of the light for all observers.

Conclusion:

Car and train has different speed in different frame of reference, and they cannot move with the speed of the light. Car and train interact with other objects, thus speed of car and train is less than the speed of the spaceship. Hence first statement is true.

Since the spaceship moves with the speed of light, car and train cannot travel faster than spaceship. Hence second statement is correct.

Since the speed of the spaceship remains same when it moves around any planet, it will not interact with any object until crosses the orbital speed. Thus statement three is correct.

When a car or train placed outer space, there is no attraction from Earth’s gravitation field, sine the Earth’s gravity at outer space is zero. Hence statement four is incorrect.

Since the spaceship is away from the surface of Earth, it experience less gravitational force. When the spaceship moves away from Earth the gravitational attraction decreases. The spaceship experience less gravitational force.

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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 1, Problem 1Q

To determine

The statement which is correct to explain why car or train is not used to illustrate Newton’s laws in outer space.

Expert Solution & Answer

Answer to Problem 1Q

Option (1).

Explanation of Solution

According to theory of relativity an object have different speed in different frames of references. For example consider an observer observes a car in one frame of reference, and another observer observes car in a different frame of reference. The speed of the car is is different for different observers. Thus a car or train have different speed in different frame of references.

But in case of spaceship, the speed of the spaceship is equal to the speed of the light for all observers.

Conclusion:

Car and train has different speed in different frame of reference, and they cannot move with the speed of the light. Car and train interact with other objects, thus speed of car and train is less than the speed of the spaceship. Hence first statement is true.

Since the spaceship moves with the speed of light, car and train cannot travel faster than spaceship. Hence second statement is correct.

Since the speed of the spaceship remains same when it moves around any planet, it will not interact with any object until crosses the orbital speed. Thus statement three is correct.

When a car or train placed outer space, there is no attraction from Earth’s gravitation field, sine the Earth’s gravity at outer space is zero. Hence statement four is incorrect.

Since the spaceship is away from the surface of Earth, it experience less gravitational force. When the spaceship moves away from Earth the gravitational attraction decreases. The spaceship experience less gravitational force.

Answer 6

Chapter 1, Problem 1Q

To determine

The statement which is correct to explain why car or train is not used to illustrate Newton’s laws in outer space.

Expert Solution & Answer

Answer to Problem 1Q

Option (1).

Explanation of Solution

According to theory of relativity an object have different speed in different frames of references. For example consider an observer observes a car in one frame of reference, and another observer observes car in a different frame of reference. The speed of the car is is different for different observers. Thus a car or train have different speed in different frame of references.

But in case of spaceship, the speed of the spaceship is equal to the speed of the light for all observers.

Conclusion:

Car and train has different speed in different frame of reference, and they cannot move with the speed of the light. Car and train interact with other objects, thus speed of car and train is less than the speed of the spaceship. Hence first statement is true.

Since the spaceship moves with the speed of light, car and train cannot travel faster than spaceship. Hence second statement is correct.

Since the speed of the spaceship remains same when it moves around any planet, it will not interact with any object until crosses the orbital speed. Thus statement three is correct.

When a car or train placed outer space, there is no attraction from Earth’s gravitation field, sine the Earth’s gravity at outer space is zero. Hence statement four is incorrect.

Since the spaceship is away from the surface of Earth, it experience less gravitational force. When the spaceship moves away from Earth the gravitational attraction decreases. The spaceship experience less gravitational force.

Answer 7

Chapter 1, Problem 1Q

To determine

The statement which is correct to explain why car or train is not used to illustrate Newton’s laws in outer space.

Answer 8

Expert Solution & Answer

Answer to Problem 1Q

Option (1).

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Explanation of Solution

According to theory of relativity an object have different speed in different frames of references. For example consider an observer observes a car in one frame of reference, and another observer observes car in a different frame of reference. The speed of the car is is different for different observers. Thus a car or train have different speed in different frame of references.

But in case of spaceship, the speed of the spaceship is equal to the speed of the light for all observers.

Conclusion:

Car and train has different speed in different frame of reference, and they cannot move with the speed of the light. Car and train interact with other objects, thus speed of car and train is less than the speed of the spaceship. Hence first statement is true.

Since the spaceship moves with the speed of light, car and train cannot travel faster than spaceship. Hence second statement is correct.

Since the speed of the spaceship remains same when it moves around any planet, it will not interact with any object until crosses the orbital speed. Thus statement three is correct.

When a car or train placed outer space, there is no attraction from Earth’s gravitation field, sine the Earth’s gravity at outer space is zero. Hence statement four is incorrect.

Since the spaceship is away from the surface of Earth, it experience less gravitational force. When the spaceship moves away from Earth the gravitational attraction decreases. The spaceship experience less gravitational force.

Answer 12

Ch. 1.2 - (a) Which of the following do you see moving with...Ch. 1.3 - (a) Apply Newton’s first law to each of the...Ch. 1.4 - You stand at location m. Your friend stands at...Ch. 1.4 - If m/s, what is ? Ch. 1.4 - (a) Consider the vectors and represented by...Ch. 1.4 - Which of the following statements about the three...Ch. 1.4 - At 10:00 am you are al location 〈−3,2,5〉 m. By...Ch. 1.4 - Prob. 9CP Ch. 1.5 - A snail moved 80 cm (80 centimeters) in 5 min....Ch. 1.6 - At a time 0.2 s after it has been hit by a tennis...

The statement which is correct to explain why car or train is not used to illustrate Newton’s laws in outer space.

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The statement which is correct to explain why car or train is not used to illustrate Newton’s laws in outer space.

Answer to Problem 1Q

Explanation of Solution

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