Search results

Sounds like the perfect course for me, however I don't live near Canberra

http://imgur.com/wFEFF5r

http://www.fathomingphysics.com.au/student_resources.php This might also come in handy for physics

Pls no... this is hsc physics

4u motion..

I'm considering applying for actuarial studies at UNSW What exactly does this entail? I know this is about statistics, probability, mathematics and communication Could anyone with experience regarding this career/ degree provide an insight into their personal experiences of doing this...

*parabolic. Magnetic field is circular i think.

Also, the electron is not instantaneously deflected by the electric field as it shows for a large portion of the electron's path to be undeflected whilst in an electric field. Also, it shows linear motion, however it should curve out a parabolic path towards the positive plate.

Model x assumes a uniform gravitational field, where acceleration due to gravity is assumed to be constant for every point in Earth's gravitational field (9.8m/s^2) I calculated the value of g at an altitude of 200km above the Earth's surface using g = GM/r^2 which turned out to be around...

The answer is 40. Find expressions for sinx and cosx, and divide to find tanx. The angle turned out to be 40

re: HSC Physics Marathon Archive Yes, equate ma with mv^2/r

re: HSC Physics Marathon Archive a = v^2/r

re: HSC Physics Marathon Archive The theory of relativity states that the laws of physics are the same for all inertial frames of reference; it is impossible to conduct a physical experiment within an inertial frame without reference to an external point. The principle of special relativity...

took me 1 second to do it in my head..

100 There's probably a low 100 and a high 100

its known that sinx/x = 1 so lim x-> 3 1/(x+2) = 1/5

yes

Not really.

inb4 100%

You were not required to provide a proof for finding the angles in the first two parts.