Here are the answers for the HW:
Answer: B. about $152
Step-by-step explanation:
Given : Karita had $138.72 in her checking account .
i.e. Original amount in bank account=$138.72
She wrote checks for $45.23 and $18.00.
Thus, amount remains in her account= ![138.72-18-45.23](https://tex.z-dn.net/?f=138.72-18-45.23)
![=138.72-(18+45.23)\\=138.72-(63.23)\\=75.49](https://tex.z-dn.net/?f=%3D138.72-%2818%2B45.23%29%5C%5C%3D138.72-%2863.23%29%5C%5C%3D75.49)
Therefore,amount remains in her account=$75.49
Now, she made a deposit for $75.85 into her account.
⇒Money in Karita's account=![75.49+75.85=151.34\approx152](https://tex.z-dn.net/?f=75.49%2B75.85%3D151.34%5Capprox152)
∴The best estimate for money is in Karita's account=$152
Answer:
22.74 liters
Step-by-step explanation:
The absolute value equation that represents the minimum and maximum normal glucose levels is |x - 84.5| = 14.5
<h3>How to write an
absolute value equation that represents the
minimum and
maximum normal glucose levels?</h3>
The given parameters are:
Minimum = 70 mg/dL
Maximum = 99 mg/dL
Calculate the mean using:
Mean = (Minimum + Maximum)/2
This gives
Mean = (70 + 99)/2
Evaluate
Mean = 84.5
Calculate the range using
Range = Maximum -Minimum
This gives
Range = 99 - 70
Evaluate
Range = 29
The absolute value equation that represents the minimum and maximum normal glucose levels is
|x - Mean| = Range/2
So, we have:
|x - 84.5| = 29/2
Evaluate
|x - 84.5| = 14.5
Hence, the absolute value equation that represents the minimum and maximum normal glucose levels is |x - 84.5| = 14.5
Read more about absolute value equation at
brainly.com/question/17795998
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The equation you looking for would come out as 5*(x-8)^2 + 9
expand it out to get your standard form