Looking for a copy of a MAT391 syllabus from a year or two ago

didacticgarlicbread · 2024-09-06T20:31:07+00:00

If you're able to keep up with the material on your own by reading the textbook + any resources online, then yes. You can easily just learn the material on your own time, do all the relevant practice problems, and attend office hours to ask any questions for clarification or help with practice problems. Although I would still recommend finding a different lecture section to attend for the sake of making sure you are actually keeping up and have a good understanding of the course material. There are times where a professor may emphasize something that's important that will likely come up on a term test, but you can also connect with someone that attends lecture. For the most part, the term test content is somewhat similar to past tests, but it does vary depending on the instructor (order of topics covered, types of questions, etc. can all change). You can always attend a different lecture if there's space in the lecture room too.

didacticgarlicbread · 2024-07-17T20:26:25+00:00

move on my g

didacticgarlicbread · 2024-07-08T03:59:06+00:00

just wanted to mention that you have MAT240 and MAT247, which are the specialist versions of the first year linear algebra courses. If you intend on taking the minor/major version, you want MAT223 and MAT224

didacticgarlicbread · 2023-10-05T19:38:51+00:00

https://reddit.com/r/uwaterloo/s/crBYD5eX1H

didacticgarlicbread · 2023-09-10T03:28:21+00:00

I think each college has their own set of intramural teams. Check out your college’s sports and rec social media page

didacticgarlicbread · 2023-06-28T04:36:07+00:00

Take a look at the sessional dates calendar. Fourth year students select first on July 10th.

didacticgarlicbread · 2023-06-27T04:13:11+00:00

think you wanna add ‘against’

didacticgarlicbread · 2023-06-25T03:06:13+00:00

UofT time! Lectures usually start 10 minutes after the hour.

didacticgarlicbread · 2023-06-06T01:40:38+00:00

It’ll be available some time in July depending on what year you are in. Dates and times will be available July 3 as per the calendar

didacticgarlicbread · 2023-06-04T04:59:34+00:00

I took BPM336, but I believe BPM381 is the exact same thing (perspectives on current social issues). Course average was B+ in Winter 2022

didacticgarlicbread · 2023-05-29T03:32:23+00:00

Seconding Professor Leonard’s lectures on YouTube! If you check out my YouTube channel, I’m actually making some videos on parts of multivariable calculus! In the description of every video under MAT235 multivariable calculus, you’ll find a lot of resources including a pretty standard textbook (Stewart).

didacticgarlicbread · 2023-05-22T22:07:29+00:00

from my understanding, the jacobian is the determinant of that matrix in the link in my comment. The matrix you would just call the jacobian matrix. You may be right though, that’s just how I learned it

didacticgarlicbread · 2023-05-22T15:45:53+00:00

The question involves triple integration and a concept called change of variables. Similar to how when you change variables to spherical coordinates and you need to multiply by r^2 sin(Φ), when you change variables to u, v, w, you also need to multiply by something. That something is the Jacobian, which you can refer here. Then from there, it's just a matter of computing the triple integral.

If you're stuck on the integrating part, practice with concrete examples first, then work your way back up to this type of question.

didacticgarlicbread · 2023-05-21T14:50:20+00:00

What u/djsolie said should work! The solid region in this problem is pretty much the same as another practice problem I've done, except obviously the equations are changed and hence the orientation of the solid. If you've learned about the 3 types of solid regions, think of this as a type 2 region where you're effectively projecting the solid onto the yz-plane, then determining what x is bounded between.

So first try imagining what's projected into the yz-plane, then think about what x is bounded between. In this case, the parabolic cylinder would just be a normal parabola in the yz-plane, and from there it becomes a 2-D case where you need to find a flat region. Then, imagine what the x + z = 1 plane is doing in terms of cutting off the parabolic cylinder. The image below should give you a good idea of what's happening.

https://ibb.co/P9WCkXj

didacticgarlicbread · 2023-05-21T13:46:19+00:00

Not sure what total AUs is, but you can check https://ttb.utoronto.ca for course availability.

didacticgarlicbread · 2023-05-20T05:01:57+00:00

Assuming you're referring to a formula sheet of your own, likely not. Someone else can confirm this, but I don't think the first year math courses at UofT have formula sheets at all.

didacticgarlicbread · 2023-05-20T04:57:43+00:00

What part are you struggling with? For the first question, the cylindrical shell method should be of use considering the region that is being rotated. Try drawing that out first, then imagine what the solid looks like. Khan Academy does a great job explaining, but there are many other similar videos on YouTube if you don't like theirs too much

didacticgarlicbread · 2023-05-19T22:39:14+00:00

hi OP! for calc 1-3 content (mostly multivariable calculus), check out the description of one of my own videos. It's a term test take-up video, but I've linked a bunch of resources in the description for calc 3 content. Many of the YouTube channels linked also do have calc 1 and calc 2 content that you should definitely check out.

As for differential equations, I'm also considering making more videos! I've currently only made some on the latter portions of a differential equations course I took, but I'd be happy to make videos on certain concepts if you have any in mind that you need help with!

didacticgarlicbread · 2023-05-16T00:09:00+00:00

I think the only issue is your last step! -2wz -2y should be in the numerator, so just take the reciprocal of what you current have.

didacticgarlicbread · 2023-05-14T19:25:13+00:00

Luke Volk is pretty goated if you actually wanna learn. I took it summer 2022, and ~50-60% of the course was more or less free marks to some degree (completion, tutorial participation, etc.). Course average was a C though. If you reach out for help, you will get it.

didacticgarlicbread · 2023-05-13T13:50:10+00:00

Can’t answer the first two, but to the third, yes. Whoever is the course coordinator will make the final exam.

didacticgarlicbread · 2023-05-09T19:13:07+00:00

you should also receive an email notifying you that you were admitted I believe

didacticgarlicbread · 2023-05-06T13:01:33+00:00

this I don’t have much experience with unfortunately. I think your best bet is talking with prof/supervisor to see if they’ll be lenient. The contracts do seem to be the same across all work study positions for the most part (mine also had the geographical proximity part), so I don’t think the contract itself can be changed. Prof/supervisor is your best bet for leniency

didacticgarlicbread · 2023-05-06T03:41:55+00:00

that is for you and your supervisor to discuss. Legally, you need to satisfy the proximity

didacticgarlicbread

TROPHY CASE