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Friday, January 9, 2009

Friday Jan 9

SCH 3U
Lab Exams Day 2
Seat Work Sect 13.3 Q 1-10
Gas Test Tuesday
Final Exam Jan 23

SNC 2D
Balloon cars final trials and official times
All Write up Data due Monday at the beginning of class - no exceptions
Phyics Test Tuesday

Final Exam Jan 26/27 (C/D)

11 comments:

BeeY said...
This comment has been removed by the author.
BeeY said...

For the ballon car Data table

the distance-time one,

is the distancce continuously 3m or
it changes?[like 1m 2m 3m..]

Anwar A said...

How are we suppose to calculate the distance the car traveled if our speed-time graphs make a curve?

Anonymous said...

How do you compare the calculated distance the car traveled and the actual distance traveled?

John Lam said...

Hello Ms.Wiens,
I was wondering for the speed over time table, how would it look like, eg. possible headings, and information needed.

Thanks,
John Lam

Sara said...

Hi miss

is there any specific order you want the write up data to be in? should the information be below a specific heading?

thanks

:) said...

Hi Ms. Wiens.
Are we allowed to do a graph on the computer (excel), but then do a line of best fit by hand?

MsWiens said...

BeeY
You determine how to best represent the data you collected.

AA
If your speed time graph makes a curve, also draw a line of best fit and use that to calculate your distance.

Alshimmari
In words, explain why they are not the same - though they should be close.

Johnielami
Your Speed vs Time Table will be similar to lab we did for speed/time graphs

Sara
The order should be the same as order I gave you for completing the write up.

:)
Yes

Anwar A said...

My line of best fit doesn't start from zero so it's not a perfect triangle. Instead I cut up the curve into 3 triangles and 1 rectangle and added up all the areas, I got 3.13m. Is that alright?

MsWiens said...

Yes

L_mohamed said...

miss...is it better just to study the assumptions of the kinetic molecular theory of gases from the text book, than to study the kinetic molecular theory of ideal gases..because in the text book it says that the ideal gases theory ignores certain facts about real gases?