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jibran251
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CP 3 – Adv. Algebra and Trig. – 6th Marking Period Project
Your project for the final marking period of this year:
Find graphs of one example each of exponential, linear, inverse, absolute value, and periodic models from the magazines, newspapers, the internet, or your book (only as a last resort). Make sure you cite the source of the graphs.
For each of the examples of the function models, talk about why this particular phenomenon has graphed out as that particular function model (e.g. why the graph looks like a linear model). Then, find an equation (using transformations and other ideas from the unit) for each of the graphs you have found.
The more outside sources you use, the higher your grade will be. Use your textbook only as a last resort!
Present your results on either a poster-board or in a booklet. Remember, presentation counts.
As always the grading scale is as follows:
On time/Complete 50%
Appearance 20%
Introduction 5%
Results/Discussion 20%
Conclusion 5%
Basically I need a story problem for these raphs.
expoenetial
linear
inverse
absolute value,
and periodic models
mainly need Inverse story problems and Periodic modle stoory problems.
Your project for the final marking period of this year:
Find graphs of one example each of exponential, linear, inverse, absolute value, and periodic models from the magazines, newspapers, the internet, or your book (only as a last resort). Make sure you cite the source of the graphs.
For each of the examples of the function models, talk about why this particular phenomenon has graphed out as that particular function model (e.g. why the graph looks like a linear model). Then, find an equation (using transformations and other ideas from the unit) for each of the graphs you have found.
The more outside sources you use, the higher your grade will be. Use your textbook only as a last resort!
Present your results on either a poster-board or in a booklet. Remember, presentation counts.
As always the grading scale is as follows:
On time/Complete 50%
Appearance 20%
Introduction 5%
Results/Discussion 20%
Conclusion 5%
Basically I need a story problem for these raphs.
expoenetial
linear
inverse
absolute value,
and periodic models
mainly need Inverse story problems and Periodic modle stoory problems.
