logo

Crowdly

Browser

Add to Chrome

PHS2061 - Quantum and thermal physics - S1 2026

Looking for PHS2061 - Quantum and thermal physics - S1 2026 test answers and solutions? Browse our comprehensive collection of verified answers for PHS2061 - Quantum and thermal physics - S1 2026 at learning.monash.edu.

Get instant access to accurate answers and detailed explanations for your course questions. Our community-driven platform helps students succeed!

Which Mathematica function displays a graph of the elements stored in a list?:

View this question

Which Mathematica function can combine the two lists myList and yourList together, into one single list ourList beginning with Length[myList] elements, followed by another Length[yourList] elements?

That is, if myList  were to contain elements 1,2,3 and yourlist contains "4,5,6" then how could we easily create the list 1,2,3,4,5,6?

View this question

What is the correct output from this code?:

physicslist = {0,1,3,1,4,5,6,5,6}; Count[physicslist,5]

View this question

Which input cell returns a sub-list containing the first 4 elements of mylist?

View this question

Which input cell creates a 5-element list of squared integers?

View this question

In exercise 1.4 you are asked to write code which will flip the 12th coin in a general sense (i.e. will make it tails if it is heads or make it heads if it is tails) using a single simple mathematical operation. Write your code for this below

View this question

Throughout the notebook we ignore normalisations as well as signs of quantities (freely picking amplitudes or 1 or slopes of 1 regardless of the situation for our NDSolve symmetry conditions).

In particular, even if we were to normalise, we'd still have solutions for the normalisation that would be of the form . Why are we free to ignore the signs?

View this question

In exercise 1.1, to correctly manipulate the value of n as an integer from 1 to 10 what is the iterator specification needed? Give the entire iterator, the last argument needed in Manipulate e.g. if the full code were Manipulate[thingy, answer], you would type answer in the box below.

View this question

Solving for in exercise 1.1 gives

View this question

In exercise 1.1 the functional form of the solution AFTER applying the boundary condition at x=0 involves

View this question

Want instant access to all verified answers on learning.monash.edu?

Get Unlimited Answers To Exam Questions - Install Crowdly Extension Now!

Browser

Add to Chrome