Calendar

Aug
17
Thu
Year 11 Physics Unit 2 SAC #1 (Class 2) @ Room 6
Aug 17 @ 12:10 pm – 1:20 pm

Unit 2, Area of Study #1 – How can motion be described and explained? (Section 1)

Format: Topic Test (10 minutes reading & 60 minutes writing)

Permitted materials: Single sided A4 Summary Sheet (x1), Scientific Calculator, pens, pencils etc.

Jacaranda Reference Chapters: Chapters 10 “Analysing Movement”.

Year 11 Physics Unit 2 SAC #1 (Class 1) @ Room 6
Aug 17 @ 2:10 pm – 3:20 pm

Unit 2, Area of Study #1 – How can motion be described and explained? (Section 1)

Format: Topic Test (10 minutes reading & 60 minutes writing)

Permitted materials: Single sided A4 Summary Sheet (x1), Scientific Calculator, pens, pencils etc.

Jacaranda Reference Chapters: Chapters 10 “Analysing Movement”.

Nov
9
Thu
Year 11 Physics Area of Study 2 SAC (Class 2) @ Room 6
Nov 9 @ 12:10 pm – 1:20 pm

Year 11 Physics Unit 2 Area of Study 2 (SAC) – Written Test

  • Option 1 –  How can human vision be enhanced?
  • Option 2 – How can AC electricity charge a DC device?

Both tests have been allocated a 70 minute period, 5 minutes of which has been allocated for reading. Students are required to sit 1 test only.

Students are permitted:

  • A single sided A4 summary
  • A scientific calculator
Year 11 Physics Area of Study 2 SAC (Class 1) @ Room 7
Nov 9 @ 2:10 pm – 3:20 pm

Year 11 Physics Unit 2 Area of Study 2 (SAC) – Written Test

  • Option 1 –  How can human vision be enhanced?
  • Option 2 – How can AC electricity charge a DC device?

Both tests have been allocated a 70 minute period, 5 minutes of which has been allocated for reading. Students are required to sit 1 test only.

Students are permitted:

  • A single sided A4 summary
  • A scientific calculator

 

Nov
24
Fri
Year 10 Physics – Motion Test @ Room 6
Nov 24 @ 8:50 am – 10:00 am

Year 10 Physics Motion Test

Students are permitted a single sided A4 summary sheet, a scientific calculator and the traditional pens, rulers, pencils and rubber.

The test has been constructed to examine all concepts covered during Term 4 study, including:

  • distance & displacement
  • average speed & average velocity
  • acceleration
  • Motion graphs: Position – Time
  • Motion graphs: Velocity – Time
  • Ticker timers ad ticker timer tapes
  • Equations of constant acceleration
Yr 11 Physics (Class 1) – SAC 3 – Practical Investigation @ Room 6
Nov 24 @ 12:10 pm – 1:20 pm

Practical Investigation

Both the student logbook and poster are to be handed up to myself at the completion of the last lesson of the semester (Pd.3, Fri 24th Nov.)

Yr 11 Physics (Class 2) – SAC 3 – Practical Investigation @ Room 6
Nov 24 @ 2:10 pm – 3:20 pm

Practical Investigation

Both the student logbook and poster are to be handed up to myself at the completion of the last lesson of the semester (Pd.4, Fri 24th Nov.)

Nov
27
Mon
Year 10 Physics – Electricity Revision @ Room 6
Nov 27 @ 12:10 am – 1:20 am

Students need to have completed the Electricity Revision Homework Sheet prior to this lesson.

During this lesson the structure of the Electricity section of the exam will be discussed.  The homework sheet will be corrected and solutions provided.  Students will have the opportunity to ask questions relating to the Electricity topic.

Nov
28
Tue
Year 10 Physics – Magnetism Revision @ Room 6
Nov 28 @ 12:10 am – 1:20 am

Students need to have completed the Magnetism Revision Homework Sheet prior to this lesson.

During this lesson the structure of the Magnetism section of the exam will be discussed.  The homework sheet will be corrected and solutions provided.  Students will have the opportunity to ask questions relating to the Magnetism topic.

Nov
30
Thu
Year 10 Physics – Motion Revision @ Room 6
Nov 30 @ 9:20 am – 10:30 am

Students need to have completed the Motion Revision Homework Sheet prior to this lesson.

During this lesson the structure of the Motion section of the exam will be discussed.  The homework sheet will be corrected and solutions provided.  Students will have the opportunity to ask questions relating to the Motion topic.