Identify and use transformations of equations, such as absolute value equations. Be sure you can identify transformations in graphs and equations.
jigglypuff? you help?
please hellllppppp
i give medals
You have not posted the full question.
i havent?
i need to make my own situation and solve it.
Is this question related to: http://www.regentsprep.org/regents/math/algtrig/ATP9/funclesson1.htm
uhhhh i dont think so. its like absolute value equations.
They are saying "such as absolute value equations" which means absolute value equations is just one example you can make your own situation with. But transformations usually refer to the link I posted. If that is not it then perhaps someone else may be able to interpret the question correctly. You can bump the question to take it to the top of the pile.
Identify and use transformations of equations, such as absolute value equations. Be sure you can identify transformations in graphs and equations. Model data using a linear function, such as the line of best fit. Be sure you can identify trends in a scatter plot and make predictions based on the equation of the trend line. this is the whole question.
Now that you have posted the full question I can say this is statistics and has nothing to do with the link I gave earlier based on your partial question earlier. But still the question is too general for me to answer. I will leave this to someone else.
alright thanks for trying.
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