YEAR 11: WEEK 7 TERM 2:
Please login to your Google Classroom to Access Revision Materials and Class assignments.
CLASS EXPECTATIONS:
 Arrive on Time.
 Respect others and Yourself while in Class.
 Do your Best.
WEEK 8:1216th November
HOMEWORK:
Review for upcoming TestResources on Google Classroom.
Calendar of Events:
Sundays and Thursdays Extended Practical Lessons.
End of Unit Test November 30th Chapter 3,4 and 5.
WEEK 1
Homework:
9702 NUCLEAR PHYSICS Paper 1 Past Paper Questions.
No.130.
9702 Nuclear Physics Paper 1
9702 Nuclear Physics Paper 2


WEEK 12
Homework:
9702 Waves Paper 1 Past Paper Questions.
Calendar of events:
Wednesday March 30th Practical Lesson 8 Only.
WEEK 11
Homework:
9702 Electricity Paper Past Paper Questions. Solve Questions on Kirchhoff's laws, Charge and current.
Calendar of events:
Wednesday March 23 Practical Lesson 8 Only.
Retest Chapter 8 to 12  Wednesday March 23.
WEEK 10
Homework:
9702 Electricity Paper Past Paper Questions.
Calendar of events:
Wednesday March 16 Practical Lesson 8 Only.
Quiz on Chapter 10 Tuesday March 15.
WEEK 9
Homework:

Chapter 9 Power Point9702 ELECTRICITY PAPER 1
9702 ELECTRICITY PAPER 2_ 
WEEK 8
Homework:
End of Chapter 9 No. 14 Due Monday 29th.
Calendar of events:
Wednesday March 2 Extended Practical Lesson 7 Only.
Quiz on Chapter 8 Thursday March 3
End of Unit Test. March 6th Chapter 7,8 and 9.
WEEK 7
Homework:

Matter WorksheetChapter 7 Power Point 
WEEK 6
Homework:

9702 Dynamics Paper 19702 Dynamics Paper 1 answers9702 Dynamics Paper 2 with AnswersMomentum Powerpoint 
WEEK 5
Homework:
Page.98 No.14 Due 18th, 2016.
Review for Momentum Quiz
Calendar of events:
Wednesday 17th Extended Practical Lesson 7 Only.
End of Unit Test. Tuesday 16th Chapter 5 and 6.
WEEK 3
Mock Examinations
WEEK 2
Homework:

Resources:(Download)

Calendar of events:
Wednesday January 14thPractical Tips Lesson 7 Only.
January 25th Mock Physics Exam
>>>Homework: Moments Worksheet on Google Classroom.
Due January 7th, 2016.
>>>Complete Revision Worksheets on Google Classroom
Calendar of events:
Wednesday January 6th. Extended Practical Lesson Both Question 1 and 2
Wednesday Jan.13th  Mock Practical Both Question 1 and 2.(Assessed).
WEEK 14 TERM 1
Homework:



WEEK 13 TERM 1
Study Chapter 3: Mass and Gravity, Falling in air and types of forces.
Attempt worksheet on Google classroomdue Sunday.
Calendar of events:
Tuesday Dec.1Quiz on Combining uncertainties.
Wednesday Dec.2 Extended Practical Lesson on Electricity(Assessed).
Wednesday Dec.9  Extended Practical Lesson Both Question 1 and 2.(Assessed).
December 8th Test 2. Chapter 3, 4 and Measurement.
WEEK 11 TERM 1
Homework:

Errors and Uncertainties Power Point 
WEEK 10 TERM 1

Resources to DownloadErrors & Uncertainties Power pointBase Units

WEEK 9 TERM 1
Homework:
Projectiles Motion Worksheet #16 Due Sunday.
Units Worksheet 2 Due Thursday.
Calendar of events:
Tuesday Nov.10Quiz on Units.
Wednesday Extended Practical Lesson on Electricity.
Novemer 25thTest 2. Chapter 3 and measurement.
WEEK 8 TERM 1
Home Work:Projectile Motion Paper 2 Questions # 3,4,5 &6  Due Tuesday
SI Base Unit Worksheet 1 Due Thursday Calendar of Events:Test 1 Tuesday November 3rd
Extended Practical LessonWednesday November 4th. Quiz 3 SI Base Units Thursday Nov.5th. Newton's Laws of Project Monday Nov.9th Test 2 Nov.22 Chapter 3 and Measurement This Week:

Projectiles Paper 2 Questions HW



WEEK 7 TERM 1
Home Work:

Projectile Motion HomeworkProjectile Revision Answer Key 
Week 6 Term I
Home work:End of chapter 2 Questions # 9, 10, 11.
Due Thursday 22nd. This Week:

ResourcesKinematics Paper 2

Calendar of Events:
Monday 19th End of Unit Test Chapter 1 & 2
Wednesday: Extended Practical lesson
Thursday 22nd  Quiz on 2 Dimensional Motion.
Wednesday: Extended Practical lesson
Thursday 22nd  Quiz on 2 Dimensional Motion.
Term I Scheme of Work
 Speed and velocity,
 Average and instantaneous speed,
 Uniform and instantaneous acceleration,
 Uniformly accelerated motion.
 Describing motion graphs, equations of motion,
 Freefall & motion in two dimensions.
 Energy, accelerated motion.
 conservation of energy, work, power,
 Forces, Newton’s laws of motion,
 Quantity symbols and units,
 Base and derived units,
 Scalar and vectors.
 Alternative units, homogeneous equations,
 Prefixes, measuring techniques,
 Analogue and digital, calibration curves,
 Systematic and random errors,
 Uncertainty in measurement.