To State: The reasons for the fact that particle is small and bound in quantized system.

Question

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Answer 1

Question

Chapter 5, Problem 1CQ

To determine

To State:The reasons for the fact that particle is small and bound in quantized system.

Expert Solution & Answer

Explanation of Solution

Stationary state often regarded as the standing state is not just a particle that is at rest state rather, they just are the two superimposed waves having the similar frequency.

Hence, according to the quantum mechanical model, the particle acts like a wave here. Although, they exhibit the dual nature.

So, the probability density to find the particle in that particular space is fixed here i.e. the probability is stationary not the particle and it is time-independent.

Thus, using this dual-behaviour hypothesis, one can say that the particles are quantized and are represented by waves.

Hence, keeping in mind the wavelength, the particles are bounded in small regions. It is important for the particle to form stationary waves in order to exhibit this wave nature.

Conclusion:

So, these dimensions and boundations are necessary for the particle to behave as a wave.

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03:29

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When two galaxies collide, the stars do not generally run into eachother, but the gas clouds do collide, triggeering a burst of new star formation. a) Estimate the probability that our Sun would collide with another star in the Andromeda galaxy if a collision between the Milky Way and Andromeda occured. Assume that each galaxy has 100 billion stars exactly like the sun, spread evenly over a circular disk with a radius of 100,000 lightyears. (Hint: first calculate total area of 100 billion circles with the radius of the Sun and then compare that to total area to the area of the Galatic disk) b) Estimate the probability of a collision between a gas cloud in our galaxy and one in the Andromeda galaxy. Assume that each galaxy has 100,000 clouds of warm hydrogen gas, each with a radius of 300 lightyears, spread evenly over the same disk. Use the same method as part A.

Answer 2

Question

Chapter 5, Problem 1CQ

To determine

To State:The reasons for the fact that particle is small and bound in quantized system.

Expert Solution & Answer

Explanation of Solution

Stationary state often regarded as the standing state is not just a particle that is at rest state rather, they just are the two superimposed waves having the similar frequency.

Hence, according to the quantum mechanical model, the particle acts like a wave here. Although, they exhibit the dual nature.

So, the probability density to find the particle in that particular space is fixed here i.e. the probability is stationary not the particle and it is time-independent.

Thus, using this dual-behaviour hypothesis, one can say that the particles are quantized and are represented by waves.

Hence, keeping in mind the wavelength, the particles are bounded in small regions. It is important for the particle to form stationary waves in order to exhibit this wave nature.

Conclusion:

So, these dimensions and boundations are necessary for the particle to behave as a wave.

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

03:29

Answer 3

Question

Chapter 5, Problem 1CQ

To determine

To State:The reasons for the fact that particle is small and bound in quantized system.

Expert Solution & Answer

Explanation of Solution

Stationary state often regarded as the standing state is not just a particle that is at rest state rather, they just are the two superimposed waves having the similar frequency.

Hence, according to the quantum mechanical model, the particle acts like a wave here. Although, they exhibit the dual nature.

So, the probability density to find the particle in that particular space is fixed here i.e. the probability is stationary not the particle and it is time-independent.

Thus, using this dual-behaviour hypothesis, one can say that the particles are quantized and are represented by waves.

Hence, keeping in mind the wavelength, the particles are bounded in small regions. It is important for the particle to form stationary waves in order to exhibit this wave nature.

Conclusion:

So, these dimensions and boundations are necessary for the particle to behave as a wave.

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

03:29

Answer 4

Question

Chapter 5, Problem 1CQ

To determine

To State:The reasons for the fact that particle is small and bound in quantized system.

Expert Solution & Answer

Explanation of Solution

Stationary state often regarded as the standing state is not just a particle that is at rest state rather, they just are the two superimposed waves having the similar frequency.

Hence, according to the quantum mechanical model, the particle acts like a wave here. Although, they exhibit the dual nature.

So, the probability density to find the particle in that particular space is fixed here i.e. the probability is stationary not the particle and it is time-independent.

Thus, using this dual-behaviour hypothesis, one can say that the particles are quantized and are represented by waves.

Hence, keeping in mind the wavelength, the particles are bounded in small regions. It is important for the particle to form stationary waves in order to exhibit this wave nature.

Conclusion:

So, these dimensions and boundations are necessary for the particle to behave as a wave.

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

03:29

Answer 5

Chapter 5, Problem 1CQ

To determine

To State:The reasons for the fact that particle is small and bound in quantized system.

Expert Solution & Answer

Explanation of Solution

Stationary state often regarded as the standing state is not just a particle that is at rest state rather, they just are the two superimposed waves having the similar frequency.

Hence, according to the quantum mechanical model, the particle acts like a wave here. Although, they exhibit the dual nature.

So, the probability density to find the particle in that particular space is fixed here i.e. the probability is stationary not the particle and it is time-independent.

Thus, using this dual-behaviour hypothesis, one can say that the particles are quantized and are represented by waves.

Hence, keeping in mind the wavelength, the particles are bounded in small regions. It is important for the particle to form stationary waves in order to exhibit this wave nature.

Conclusion:

So, these dimensions and boundations are necessary for the particle to behave as a wave.

Answer 6

Chapter 5, Problem 1CQ

To determine

To State:The reasons for the fact that particle is small and bound in quantized system.

Expert Solution & Answer

Explanation of Solution

Stationary state often regarded as the standing state is not just a particle that is at rest state rather, they just are the two superimposed waves having the similar frequency.

Hence, according to the quantum mechanical model, the particle acts like a wave here. Although, they exhibit the dual nature.

So, the probability density to find the particle in that particular space is fixed here i.e. the probability is stationary not the particle and it is time-independent.

Thus, using this dual-behaviour hypothesis, one can say that the particles are quantized and are represented by waves.

Hence, keeping in mind the wavelength, the particles are bounded in small regions. It is important for the particle to form stationary waves in order to exhibit this wave nature.

Conclusion:

So, these dimensions and boundations are necessary for the particle to behave as a wave.

Answer 7

Chapter 5, Problem 1CQ

To determine

To State:The reasons for the fact that particle is small and bound in quantized system.

Answer 8

Expert Solution & Answer

Explanation of Solution

Stationary state often regarded as the standing state is not just a particle that is at rest state rather, they just are the two superimposed waves having the similar frequency.

Hence, according to the quantum mechanical model, the particle acts like a wave here. Although, they exhibit the dual nature.

So, the probability density to find the particle in that particular space is fixed here i.e. the probability is stationary not the particle and it is time-independent.

Thus, using this dual-behaviour hypothesis, one can say that the particles are quantized and are represented by waves.

Hence, keeping in mind the wavelength, the particles are bounded in small regions. It is important for the particle to form stationary waves in order to exhibit this wave nature.

Conclusion:

So, these dimensions and boundations are necessary for the particle to behave as a wave.