Question

Why do modern physics and quantum mechanics have more in common with music than classical physics?

Why do modern physics and quantum mechanics have more in common with music than classical physics?

Science   Physics   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

Quantum mechanics is a building block of modern physics. According to quantum mechanics, particle and wave posses both property and a particular property depends on the type of interaction. when we talk about music, we produce sound from an instrument by adjusting the length of wire or the adjusting the length of hollow pipe or by stretching the surface of drum. A particular lenght or tension produce a sound so different combination produces different sound. similar condition in quantum mechanics , there are lots of states bu only those states will be in final result for which the state satisy the quantum numbers or selection rules.

but classical phhysics does not this type of combination .

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Why do modern physics and quantum mechanics have more in common with music than classical physics?
Why do modern physics and quantum mechanics have more in common with music than classical physics?
Computer simulations that use only classical mechanics (Newton’s Laws, pre-quantum equations, etc) can be used to...
Computer simulations that use only classical mechanics (Newton’s Laws, pre-quantum equations, etc) can be used to simulate protein folding, drug binding, etc. But, classical mechanics-based computer simulations CANNOT be used to predict enzyme reactions because these involve breaking and forming covalent bonds, which involves redistributing electron orbitals around molecules. Explain why Quantum Mechanics-based computer simulations are needed to accurately simulate enzyme reactions.
Quantum Mechanics II (I just want to make sure I have this right as we will...
Quantum Mechanics II (I just want to make sure I have this right as we will not go over the answers in class) (a) For what states (s, p, d, ...) does the wave function of the hydrogen atom vanish at the origin? (b) Briefly explain with classical physics arguments.
Describe the quantum mechanical model of the atom. Why is this model more accurate than the...
Describe the quantum mechanical model of the atom. Why is this model more accurate than the classical model? Please Type Answer and No Plagiarism!
Do you have the answer - exercise 6.1 from Sakurai (Modern Quantum Mechanic 2nd edition) ?...
Do you have the answer - exercise 6.1 from Sakurai (Modern Quantum Mechanic 2nd edition) ? Thanks.
You are curious if two types of music, classical or rock, have different effects on the...
You are curious if two types of music, classical or rock, have different effects on the ability of college students to perform a series of mental tasks requiring concentration. You gather two groups of participants and have them perform a series of tasks while listening to music and record the number of errors they make in completing the tasks. Group 1 listens to classical music and Group 2 listens to rock. You believe classical music will have a more calming...
Apply quantum mechanical concepts to answer the following question: why does the hydrogen atom in its...
Apply quantum mechanical concepts to answer the following question: why does the hydrogen atom in its ground state have a finite size? Recall that one of the critical limitations of classical mechanics is its failure in identifying the ground state of the hydrogen atom. Obtaining such knowledge is critical for chemists to predict the “size” of the atom, crucial for understanding molecular geometries, steric effects,packing in solids, and so forth. In this problem, you apply quantum mechanics to resolve this...
In studying quantum mechanics, we find that all waves have object-like qualities and all objects have...
In studying quantum mechanics, we find that all waves have object-like qualities and all objects have wave-like qualities. That technically means that all objects must obey the Heisenberg Uncertainty Principle. Let's assume the object is a 62 kg physics student and she moves through a 0.77 m wide door. We know that as she moves through the door, she must be somewhere inside its frame. 1) What is the uncertainty in her velocity? Δvstudent = 2) So it looks like...
with consideration to shade tolerance, explain if and why modern corn is more productive than corn...
with consideration to shade tolerance, explain if and why modern corn is more productive than corn of 100 years ago
Why does it take more molecules of IgG than IgM to activate the classical complement pathway
Why does it take more molecules of IgG than IgM to activate the classical complement pathway
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT