Biomedicine Lectopia URLs

[sparked]

Just wondering if anyone had the Lectopia URLs for the following Biomed subjects:

MAST10016

CHEM10006

PHYC10007

(These are the core subjects for first year biomed, right? Just wanted to see what I'm up for if I get in!)

Thanks in advance!

[Stevensmay]

Have messaged you.

[brightsky]

Just wondering if anyone had the Lectopia URLs for the following Biomed subjects:

MAST10016

CHEM10006

PHYC10007

(These are the core subjects for first year biomed, right? Just wanted to see what I'm up for if I get in!)

Thanks in advance!

Just a heads up - all three of these subjects deal much pain to those unfortunate enough to have to study them.

[Shenz0r]

First time you listen to the lectures you might be all "wtf are they talking about" but I'm sure it will be less mysterious when you actually go through it

[Belgarion]

Just wondering if anyone had the Lectopia URLs for the following Biomed subjects:

MAST10016

CHEM10006

PHYC10007

(These are the core subjects for first year biomed, right? Just wanted to see what I'm up for if I get in!)

Thanks in advance!

Physics will slowly eat away at your soul over the semester...

[sparked]

So I've just listened to the first four chemistry lectures (entropy, Gibbs Free energy etc.) and I'm slightly worried that there haven't been any worked questions to demonstrate practical calculations yet. Maybe it's because it's still way in the beginning but I don't know - seems super theory dense and yet I'm assuming questions on exams would not be like "Define Gibbs Free Energy" but rather, calculate the entropy of [this].

Anyway, I think it's at least some consolation that I'll have been exposed to it all before...

ALSO thanks for the links people who messaged!

[Stick]

So I've just listened to the first four chemistry lectures (entropy, Gibbs Free energy etc.) and I'm slightly worried that there haven't been any worked questions to demonstrate practical calculations yet. Maybe it's because it's still way in the beginning but I don't know - seems super theory dense and yet I'm assuming questions on exams would not be like "Define Gibbs Free Energy" but rather, calculate the entropy of [this].

Anyway, I think it's at least some consolation that I'll have been exposed to it all before...

ALSO thanks for the links people who messaged!

Um yeah... Get used to that. XD The first lecturer was not very helpful at all. I can only hope they listened to the feedback and made changes for the incoming cohort.

[Shenz0r]

So I've just listened to the first four chemistry lectures (entropy, Gibbs Free energy etc.) and I'm slightly worried that there haven't been any worked questions to demonstrate practical calculations yet. Maybe it's because it's still way in the beginning but I don't know - seems super theory dense and yet I'm assuming questions on exams would not be like "Define Gibbs Free Energy" but rather, calculate the entropy of [this].

Anyway, I think it's at least some consolation that I'll have been exposed to it all before...

ALSO thanks for the links people who messaged!

From my experience, most of the worked questions are done in tutorials or you'll have to go through them by yourself using a textbook. Lectures are mainly for theory and background knowledge.

[Russ]

University moves at a much faster pace than high school and lectures rarely involve doing worked examples. It's just something you'll adapt to. Also, stop listening to lectures and go have a Christmas holiday.