I generalized by following the same rules and using variables to make things 5 times as much and 3 times as much. I can use any number to make the box bigger or smaller this way. When it was time to graph I took a look at my tables to figure out my minimum and maximum values. I then planned a scale and checked it on a calculator by graphing the function and checking the graphs appearence. I adjusted the window settings by changing the X and Y scales.
When organizing my data into different tables we simply had a different table for each of our functions. Each table had the X and Y values.
Our results showed that the function (130-4x)(x)(x) has the maximum valume out the four funtions that we graphed. The maximum value was 20342 cubic inches. This box was 1 time as big.
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I'm not sure what you mean by "make things 5 times as much as 3 times as much." Please be more specific and detailed. Use a couple of specific examples. For setting up graph axes, also use specific examples to discuss this.
ReplyDeleteYou've written that your different tables were the results of different functions. Can you explain why the functions were different and had to be separately tabled?
"maximum valume out the four funtions" probably should be "maximum volume out of the four functions"
I'm not sure what you mean by, "This box was 1 time as big."
oh shyt itz marlene lolz
ReplyDeleteHOw u doinnnn(wendy) lol
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