The differences and similarities between the matter wave ψ and a wave on a string.

Question

Want to see more full solutions like this?

Answer 1

Question

Chapter 38, Problem 1Q

(a)

To determine

The differences and similarities between the matter wave ψ and a wave on a string.

(a)

Expert Solution

Answer to Problem 1Q

Both matter wave ψ as well as a wave on a string shows the properties of a wave such as of getting diffracted.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Explanation of Solution

Both matter wave ψ as well as a wave on a string shows the properties of a wave such as of getting diffracted.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Matter wave	Wave on a string
It is a non-mechanical wave.	It is a mechanical wave.
It does not involve any oscillations.	It is produced through oscillations.
It refers to probability distribution.	It refers to energy distribution.
It does not require medium to propagate.	It requires a medium to propagate.
Its velocity depends on the velocity of matter particle.	Its velocity depends on the type of medium.

(b)

To determine

The differences and similarities between the matter wave ψ and an electromagnetic wave.

(b)

Expert Solution

Answer to Problem 1Q

Both matter wave ψ as well as electromagnetic waves shows the properties of a wave and do not require any medium to propagate.

The significant differences between a matter wave and a wave on a string are tabulated below.

Explanation of Solution

Both matter wave ψ as well as electromagnetic waves shows the properties of a wave and do not require any medium to propagate.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Matter wave	Electromagnetic wave
It is produced through beam of particles such as electrons.	It is produced through electrical and magnetic field.
It cannot propagate in vacuum.	It can propagate in vacuum.
It is the propagation of information of particles.	It is the propagation of electromagnetic energy.
It has variable velocity.	It has constant velocity.
Its wavelength is not easily quantifiable.	Its wavelength is easily quantifiable.

Want to see more full solutions like this?

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

Students have asked these similar questions

My question is how do I solve this: Find the de Broglie wavelength of a 1500kg car when its speed is 80km/h. How significant are the wave properties of this car likely to be?

What is the wavelength, in nm, of an electron travelling at 10% of the speed of light?

What is the maximum velocity of electrons ejected from a material by 61 nm photons, if they are bound to the material by 4.79 eV?

Answer 2

Question

Chapter 38, Problem 1Q

(a)

To determine

The differences and similarities between the matter wave ψ and a wave on a string.

(a)

Expert Solution

Answer to Problem 1Q

Both matter wave ψ as well as a wave on a string shows the properties of a wave such as of getting diffracted.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Explanation of Solution

Both matter wave ψ as well as a wave on a string shows the properties of a wave such as of getting diffracted.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Matter wave	Wave on a string
It is a non-mechanical wave.	It is a mechanical wave.
It does not involve any oscillations.	It is produced through oscillations.
It refers to probability distribution.	It refers to energy distribution.
It does not require medium to propagate.	It requires a medium to propagate.
Its velocity depends on the velocity of matter particle.	Its velocity depends on the type of medium.

(b)

To determine

The differences and similarities between the matter wave ψ and an electromagnetic wave.

(b)

Expert Solution

Answer to Problem 1Q

Both matter wave ψ as well as electromagnetic waves shows the properties of a wave and do not require any medium to propagate.

The significant differences between a matter wave and a wave on a string are tabulated below.

Explanation of Solution

Both matter wave ψ as well as electromagnetic waves shows the properties of a wave and do not require any medium to propagate.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Matter wave	Electromagnetic wave
It is produced through beam of particles such as electrons.	It is produced through electrical and magnetic field.
It cannot propagate in vacuum.	It can propagate in vacuum.
It is the propagation of information of particles.	It is the propagation of electromagnetic energy.
It has variable velocity.	It has constant velocity.
Its wavelength is not easily quantifiable.	Its wavelength is easily quantifiable.

Want to see more full solutions like this?

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

Answer 3

Question

Chapter 38, Problem 1Q

(a)

To determine

The differences and similarities between the matter wave ψ and a wave on a string.

(a)

Expert Solution

Answer to Problem 1Q

Both matter wave ψ as well as a wave on a string shows the properties of a wave such as of getting diffracted.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Explanation of Solution

Both matter wave ψ as well as a wave on a string shows the properties of a wave such as of getting diffracted.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Matter wave	Wave on a string
It is a non-mechanical wave.	It is a mechanical wave.
It does not involve any oscillations.	It is produced through oscillations.
It refers to probability distribution.	It refers to energy distribution.
It does not require medium to propagate.	It requires a medium to propagate.
Its velocity depends on the velocity of matter particle.	Its velocity depends on the type of medium.

(b)

To determine

The differences and similarities between the matter wave ψ and an electromagnetic wave.

(b)

Expert Solution

Answer to Problem 1Q

Both matter wave ψ as well as electromagnetic waves shows the properties of a wave and do not require any medium to propagate.

The significant differences between a matter wave and a wave on a string are tabulated below.

Explanation of Solution

Both matter wave ψ as well as electromagnetic waves shows the properties of a wave and do not require any medium to propagate.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Matter wave	Electromagnetic wave
It is produced through beam of particles such as electrons.	It is produced through electrical and magnetic field.
It cannot propagate in vacuum.	It can propagate in vacuum.
It is the propagation of information of particles.	It is the propagation of electromagnetic energy.
It has variable velocity.	It has constant velocity.
Its wavelength is not easily quantifiable.	Its wavelength is easily quantifiable.

Want to see more full solutions like this?

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

Answer 4

Question

Chapter 38, Problem 1Q

(a)

To determine

The differences and similarities between the matter wave ψ and a wave on a string.

(a)

Expert Solution

Answer to Problem 1Q

Both matter wave ψ as well as a wave on a string shows the properties of a wave such as of getting diffracted.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Explanation of Solution

Both matter wave ψ as well as a wave on a string shows the properties of a wave such as of getting diffracted.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Matter wave	Wave on a string
It is a non-mechanical wave.	It is a mechanical wave.
It does not involve any oscillations.	It is produced through oscillations.
It refers to probability distribution.	It refers to energy distribution.
It does not require medium to propagate.	It requires a medium to propagate.
Its velocity depends on the velocity of matter particle.	Its velocity depends on the type of medium.

(b)

To determine

The differences and similarities between the matter wave ψ and an electromagnetic wave.

(b)

Expert Solution

Answer to Problem 1Q

Both matter wave ψ as well as electromagnetic waves shows the properties of a wave and do not require any medium to propagate.

The significant differences between a matter wave and a wave on a string are tabulated below.

Explanation of Solution

Both matter wave ψ as well as electromagnetic waves shows the properties of a wave and do not require any medium to propagate.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Matter wave	Electromagnetic wave
It is produced through beam of particles such as electrons.	It is produced through electrical and magnetic field.
It cannot propagate in vacuum.	It can propagate in vacuum.
It is the propagation of information of particles.	It is the propagation of electromagnetic energy.
It has variable velocity.	It has constant velocity.
Its wavelength is not easily quantifiable.	Its wavelength is easily quantifiable.

Want to see more full solutions like this?

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

Answer 5

Chapter 38, Problem 1Q

(a)

To determine

The differences and similarities between the matter wave ψ and a wave on a string.

(a)

Expert Solution

Answer to Problem 1Q

Both matter wave ψ as well as a wave on a string shows the properties of a wave such as of getting diffracted.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Explanation of Solution

Both matter wave ψ as well as a wave on a string shows the properties of a wave such as of getting diffracted.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Matter wave	Wave on a string
It is a non-mechanical wave.	It is a mechanical wave.
It does not involve any oscillations.	It is produced through oscillations.
It refers to probability distribution.	It refers to energy distribution.
It does not require medium to propagate.	It requires a medium to propagate.
Its velocity depends on the velocity of matter particle.	Its velocity depends on the type of medium.

(b)

To determine

The differences and similarities between the matter wave ψ and an electromagnetic wave.

(b)

Expert Solution

Answer to Problem 1Q

Both matter wave ψ as well as electromagnetic waves shows the properties of a wave and do not require any medium to propagate.

The significant differences between a matter wave and a wave on a string are tabulated below.

Explanation of Solution

Both matter wave ψ as well as electromagnetic waves shows the properties of a wave and do not require any medium to propagate.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Matter wave	Electromagnetic wave
It is produced through beam of particles such as electrons.	It is produced through electrical and magnetic field.
It cannot propagate in vacuum.	It can propagate in vacuum.
It is the propagation of information of particles.	It is the propagation of electromagnetic energy.
It has variable velocity.	It has constant velocity.
Its wavelength is not easily quantifiable.	Its wavelength is easily quantifiable.

Answer 6

Chapter 38, Problem 1Q

(a)

To determine

The differences and similarities between the matter wave ψ and a wave on a string.

(a)

Expert Solution

Answer to Problem 1Q

Both matter wave ψ as well as a wave on a string shows the properties of a wave such as of getting diffracted.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Explanation of Solution

Both matter wave ψ as well as a wave on a string shows the properties of a wave such as of getting diffracted.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Matter wave	Wave on a string
It is a non-mechanical wave.	It is a mechanical wave.
It does not involve any oscillations.	It is produced through oscillations.
It refers to probability distribution.	It refers to energy distribution.
It does not require medium to propagate.	It requires a medium to propagate.
Its velocity depends on the velocity of matter particle.	Its velocity depends on the type of medium.

Answer 7

Chapter 38, Problem 1Q

(a)

To determine

The differences and similarities between the matter wave ψ and a wave on a string.

Answer 8

(a)

Expert Solution

Answer to Problem 1Q

Both matter wave ψ as well as a wave on a string shows the properties of a wave such as of getting diffracted.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Answer 9

(a)

Expert Solution

Answer 10

(a)

Expert Solution

Answer 11

Expert Solution

Answer 12

Explanation of Solution

Both matter wave ψ as well as a wave on a string shows the properties of a wave such as of getting diffracted.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Matter wave	Wave on a string
It is a non-mechanical wave.	It is a mechanical wave.
It does not involve any oscillations.	It is produced through oscillations.
It refers to probability distribution.	It refers to energy distribution.
It does not require medium to propagate.	It requires a medium to propagate.
Its velocity depends on the velocity of matter particle.	Its velocity depends on the type of medium.

Answer 13

(b)

To determine

The differences and similarities between the matter wave ψ and an electromagnetic wave.

(b)

Expert Solution

Answer to Problem 1Q

Both matter wave ψ as well as electromagnetic waves shows the properties of a wave and do not require any medium to propagate.

The significant differences between a matter wave and a wave on a string are tabulated below.

Explanation of Solution

Both matter wave ψ as well as electromagnetic waves shows the properties of a wave and do not require any medium to propagate.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Matter wave	Electromagnetic wave
It is produced through beam of particles such as electrons.	It is produced through electrical and magnetic field.
It cannot propagate in vacuum.	It can propagate in vacuum.
It is the propagation of information of particles.	It is the propagation of electromagnetic energy.
It has variable velocity.	It has constant velocity.
Its wavelength is not easily quantifiable.	Its wavelength is easily quantifiable.

Answer 14

(b)

To determine

The differences and similarities between the matter wave ψ and an electromagnetic wave.

Answer 15

(b)

Expert Solution

Answer to Problem 1Q

Both matter wave ψ as well as electromagnetic waves shows the properties of a wave and do not require any medium to propagate.

The significant differences between a matter wave and a wave on a string are tabulated below.

Answer 16

(b)

Expert Solution

Answer 17

(b)

Expert Solution

Answer 18

Expert Solution

Answer 19

Explanation of Solution

Both matter wave ψ as well as electromagnetic waves shows the properties of a wave and do not require any medium to propagate.

The significant differences between a matter wave ψ and a wave on a string are tabulated below.

Matter wave	Electromagnetic wave
It is produced through beam of particles such as electrons.	It is produced through electrical and magnetic field.
It cannot propagate in vacuum.	It can propagate in vacuum.
It is the propagation of information of particles.	It is the propagation of electromagnetic energy.
It has variable velocity.	It has constant velocity.
Its wavelength is not easily quantifiable.	Its wavelength is easily quantifiable.