U6 holiday homework due Monday 1st November

Red book:
P30 and 31examples of circular motion

Blue book:
P35 to 45 circular motion

Red book:
P42 and 43 Introduction to s.h.m.
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L6 Holiday Homework Part 2 [Scanned]

Calculate the internal resistance of the power-pack from the following results:

 

Resistance in External Circuit (ohms)	p.d. across the source (Volts)
0	3.90
22	2.40
180	2.94
330	3.01
560	3.08
1000	3.11

 

 

L6 Holiday Homework Due Monday 25th [Scanned]

RED book:

Questions on pages 86 & 87

Practice, Further and Examination Questions p 89 - 91

U6 Due Friday 15th October [Scanned]

Questions in section 1.2.4 “Examples of Circular Motion”.

 

Form 4 Due Wednesday 13th October [Scanned]

Revise for a test on Radioactivity at

http://www.bbc.co.uk/schools/gcsebitesize/science/21c/energy/

The test will be on Wednesday.

L6 due Thursday 14th October

Full report on the investigation into the factors affecting the resistance of a wire.
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U6 Due Monday [Scanned]

Revise for a test on sections 4.1.1 and 4.1.2

 

Form 2J Due Thursday 14th OCtober [Scanned]

Keep a diary (in your exercise book) of everything you eat over the next five days:

 

Day	Breakfast	Lunch/Dinner	Dinner/Tea	Snacks
Saturday
Sunday
Monday
Tuesday
Wednesday

 

L6 due Monday 11 October

Make revision notes on all of the highlighted sections of the revision sheet.
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U6 Due Friday 8th October [Scanned]

Read and answer questions in spread 1.2.2 Circular Motion in the RED book.

U6 Due Tuesday 5th October [Scanned]

Compare F with mv²/r for all of your experimental results. 

U6 Due Friday 7th October [Scanned]

Revise the following sections of the specification for a test on Friday:

L6 Due Thursday 7th October [Scanned]

Plot a graph of p.d against R for your filament lamp.

Hint:  you need to take the gradient of tangents to your I – V graph.

U6 due Monday 4th October [Scanned]

Revise for a test on sections 4.1.1 Newton’s laws of motion and 4.1.2 Collisions.

 

Put up notices at home to remind yourself of the definitions.  Bring photographic evidence of this activity.