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Yep mine is "Shortlisted - For Co" too

Others all still say pending The shortlisted thing is probably only for the scholarships which have interviews

Not the same but the website is also showing me as shortlisted for the Malcolm Chaikin scholarship - I haven't heard anything from them about an interview though and interviews are supposed to be in 2 weeks.

Looking at last year's thread people think they interview about 3 times as many as they have places for, but nobody knows for sure

Do we have to RSVP for the briefing day separately? There's a section for it on the site but nothing to actually click

What program did you apply for? I got an interview for finance and banking which I'm pretty happy about, even if my chances of getting in are still slim

Yep got an interview for finance and banking

Co-op interview offers are out

Yeah I applied for finance and banking, wrote up my application extremely last minute though so not too hopeful. Do you know when they are sending out interview invitations?

Yep this is good, but to be very technical it will decrease more from A to B than from B to C because the rate of braking is proportional to the speed. I don't know if they'll require that much detail though

A lot of wrong answers here: You needed to recognise that this is the same as electromagnetic braking. Magnets do not attract copper. So essentially it decreases wherever its in the magnetic field, decreases the most a bit to the left of the magnet, and once it's out its velocity doesn't...

Yes to both

Yep my mistake I got that too, I was thinking about the velocity of the satellite

Yep that's exactly what I did (qV is the same as qEs), but I got a different answer? Or maybe I'm thinking of the answer to a different question? I'll have another go at it now

Both wrong: The flux density doesn't change when you change the shape, and Lenz's law says you create a magnetic field going in the same direction as the external one so it was clockwise. P was attracting wire R while Q was pushing it away, but P was twice the distance, so it ended up as F/2...

It still applies for things which aren't projectiles, but in this case the electrons have some initial velocity which we don't know. Best way of doing it I think was using qV=1/2mv^2, answer turned out to be somewhere between 7000 and 8000

Thoughts? I reckon it was a very easy paper, only thing I wasn't sure of was who moved the rocks to Thebes.. Honestly wouldn't be surprised if you need a 47 or 48 raw to state rank

Paper is now up

How did everyone go? For me: Seen translation: easy Grammar: I dropped a mark on 'quam' which was pretty stupid but other than that no problems Short answer: all pretty easy Essays: They really didn't give us much Cicero text to work with but my essay turned out ok, Virgil went pretty...

Yeah the email from the teachers' association said they had the same problem last year, I don't know why nobody though to clarify