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design, player, ref There always is someone else doing at least a few more hours than me. Heck there would be people doing more extra hours on top than you (although its pretty rare). Its definitely doable though.

Workload is alright. I put on like 10 hours of more extra curriculars (was doing about 10 during HSC) and an extra 20 hours of travel a week and I'm still doing pretty good. That's 30 hours extra a week I put on of extra stuff which I have accounted for. I guess however I've gotten used to...

Lol Melbourne Cup has not been about the horses for many years now.

Nah who cares lol just meet.

Haha there's arguments and debates left right and centre over animal rights. Some are necessary but some are unnecessary.

Inb4 they put them down as it costs them less and they lost a lot of money in betting hence they just put them down as its cheaper to do.

You know what I would find funny? Taking all the ladies and gents dressed up and getting horses to jump on their back and whip them. That day will be the day of the revenge of the planet of the horses. EDIT: I'd bring Rick Deckard (Harrison Ford's) unicorn into the equation, just so they can...

A bus ticket home

Are you completely not available after exams?

Wait what kalstar and "M" don't say hi? What is this...

The Legend of Pharlap strikes again.

I'll be at uni a few days a week the two weeks after exams so let me know straight away :)

Tbh going off my diagram, there's vector components everywhere, and if you looked at it in a lot of complexity as we have done in this thread, then you can't actually know the answer without some quantitave results.

For your 2nd dot point, I get what you mean, however the question says that the magnet goes into the coil. This means the whole magnet is inside the coil. In this case, the flux threading due to the magnet itself is inconclusive as a whole as you have vector components going up down, left and...

Lol since when would an engineering building (or most other school buildings for that matter) have a food court.

Pretty crap drawing but hopefully it makes sense. Still as I said before, its only internally inside the magnet itself that we see it that way. So really if you were looking at it that way, then you would have to look at what the question is asking for specifically. That's when it gets a bit...

What how did you arrive at that conclusion. Can you actually draw what you mean? Your reasoning in your original post in this thread is not really a clear reason.

The way I see it is that there is a little bit of ambiguity in it as it asks for the magnetic field inside the coil. However, 99% of students would interpret it to mean the magnetic field due to the INDUCED current. It does not specifically say the magnetic field due to the INDUCED current and...

I would have done it if there was an option for uni students.

uart pins are actually a thing. Any way I don't really agree with you. Magnetic field lines never ever cross each other. Also, it asked for the field lines inside the coil not outside the coil so that cleared up that disambiguation. And out of curiosity, which one did you put in your exam paper?