Tuesday, August 29, 2017

All holiday homework

Riddle of the Day:                                             

A high-density particle lies at the origin of a Cartesian plane. An electron orbits around the particle at X^2 + Y^2 = D. Take the particle to be massless and a point. 

Let t be the amount of time 

When t = 0, the electron lies at the x axis.

The value of D is given as follows: D = 106.9(0.69)^t -6.9 and D>0
Given that the electron orbits counter-clockwise at a rate of one second per successive phase, meaning 1 round per second, 

a) i)find the value of when the electron strikes the particle
ii) if a Tangent were to be drawn at the incidence of the point at which the electron strikes the particle, find the gradient of that tangent of incidence.

Any MT Hw

- Periodic table P1
- Metals checkpoint 3
- virtual lab

E Maths:
(optional) Acelearning 

- Nil

Social Studies:
- AA by this coming Wednesday 2359

A Maths:
- I think it's in GC


- Nil

- Monsoon winds google document 


If You haven't already(like me) finish up your theory file 

- Nil 

Design Studies 
1. Floor Plan
2. Site Plan
3. Bubble Diagram

4. One point persp.

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