Relative dating
<span>Radiometric Dating
</span>http://www.ucmp.berkeley.edu/cenozoic/cenozoic.php Cenozoic era link
http://www.livescience.com/38596-mesozoic-era.html mesozoic era link
http://www.livescience.com/37584-paleozoic-era.html Paleozoic era link
http://www.nationalgeographic.com/science/prehistoric-world/precambrian-time/ Precambrian time link
Answer:
Equation: 154 = 158n - 132 n = 11/6
Step-by-step explanation:
Let's start by converting this into an equation. Some keywords to look for are "is" which means an equal sign (=), "product" which is multiplication (*), and "decreased" which means a minus sign (-):
So this is our equation: 154 = 158n - 132
Now we have to solve for n:
First, we add 132 to both sides to isolate the n more:
286 = 158n
Then to completely isolate the n, we divide both sides by 158
286
------ = n
156
<u>n = 11/6, final answer.</u>
Answer:
and.. thanks
Step-by-step explanation:
Since we are given no other function, we have to assume that P(x) is the "function from part d".
The average rate of change of P(x) on the interval [60, 80] is given by
rate of change = (P(80) - P(60))/(80 - 60) = (304 -320)/20 = -0.8
The average rate of change of P(x) over [60, 80] is -0.8._____
Units of the rate of change are ($10k)/(1k units) = $10/unit. That is, the profit drops on average $8 per unit on that interval.