@Vanadium 50
I know this may sound a little crazy but I think Covid matured me a lot, my 3 best semesters have been the spring of 2020 when we went online to the one I am currently in. I have learned not to wait to do assignments until the day before which leaves me room to ask questions to my...
Thank you both @gleem and @jedishrfu for your advice and words. I have also been talking to friends who have been to grad school as well and I think that I am feeling more prepared. I still will need to improve on some aspects of myself but I am looking forward to the growth opportunity.
Hello,
First I would like to say thank you to anyone who contributes to this feed.
I recently received an offer from a Graduate School for a Masters in Physics. I am very excited to continue my education, however, I am not sure if I am ready.
I am wondering if anyone would like to share...
We have been requested to run this on linux. I am able to read in the original base system and then I am able to enter the number. As soon as I enter the original number the system reads out "Enter the base of the output:" then does not allow the user to enter the second base. Instead it just...
@Mark44
import java.io.BufferedReader;
import java.io.FileNotFoundException;
import java.io.FileReader;
import java.io.IOException;
public class TextAnalyzer {
private int lineCount;
private int wordCount;
private int[] frequencies = new int[26];
public int getLineCount() {...
My current attemp is:
import java.io.BufferedReader;
import java.io.FileNotFoundException;
import java.io.FileReader;
import java.io.IOException;
public class TextAnalyzer {
private int lineCount;
private int wordCount;
private int[] frequencies = new int[26];
public int...
@robphy I believe I figured it out. So by using D = epsilon(not)E + P and H = B/mu(not) - M I was able to get to
dell * E = rou/epsilon(not) and dell cross B = mu(not)*J + mu(not)*epsilon(not)*(curly(d)*E/curly(d)t) for part a
Then for part b
I used P = epsilon(not)*X*E to get dell*E =...
@robphy so i found the equations D = epsilon*E and H = (1/mu)*H where epsilon = epsilon(not)*(1+Xe) and mu = mu(not)*(1+Xe). I think if I use that convert D into terms of P which would look like P = D - epsilon(not)*E and H = B/(mu(not)*(1+Xe)). From there you can get Magnetization from M =...
@.Scott
So I have the part 3 and 4 almost done but i keep getting a mistake after the li $v0, 4 I can not figure out why ($t2 has my union)
or $t2, $t1, $t0
li $v0, 4
la $a0, ors
syscall
li $v0, 4
la $a0, $t2
syscall
@.Scott
So in my main I am going to hard code 0xaaaaaaaa and 0x24924924 into two different registers, then I am going to move the first set into a register that way I can use it without losing it. Then I probably should call to another function that will test to see if the element is in that...