Using quadratic function concepts, the function that could model this is:
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- If the price is too small, the <u>profit is negative.</u>
- The same is true if the price is too high.
- If the price is in the desired range,<u> the profit is positive.</u>
- The break-even point is when the <u>profit is 0.</u>
- The break-even points are $120 and $350, thus, they are the <u>zeros of a quadratic equation.</u>
- The <u>function is positive between the zeros</u>, thus the leading coefficient is negative.
- The function can be given by:
- In which and are the zeros, thus:
A similar problem is given at brainly.com/question/23991455
4^-5=1/1024 or 2/2048 or 3/3072
I more or less have an understanding, but,
Factor out the GCF of 4x-3 from 5(4x-3)+x(4x-3)
Making it,
(4x-3)(5+x)
Step-by-step explanation:
- 8 (3n - 5) \\ - 24n + 40 \\ please \: give \: full \: question \\
You would do 13/52 times 1/52