Answer:
Step-by-step explanation:
Considering a person peak blood is 0.07
It decrease by 4% every hour
a) Using exponential function

where,
a = 1 + r
r = -0.40%
Here,
C = 0.07,
a = 1 - 0.04 = 0.06

<h3>Therefore, hourly decay factor is 0.6</h3>
b)
Here the hourly decay factor is 0.6

c) Evaluate

0.0252g or 100mL
<h3>Thus, after 2 hours the blood is 0.0252g or 100mL</h3>
Answer:
B
Step-by-step explanation:
1/8 for the first one and second one is 23 times 6
The inequality would be 34 > 2 x 3, if I'm correct. I'm not to sure on the graph part though , sorry.
The first one is 84 ounces and the second one is 20 ounces