Logarithms are only able to make an equation linear if it is an exponential function. For example,

can be made linear by taking the natural logarithm of each side, causing it to become

. After some simplifying, you are left with

. You are then able to plot ln(y) vs. x to get a linear fit.
7 and 1/8. all you need to do is add these together by getting a common denominator of eight
Answer:

Explanation:
The number of different ways in which the<em> two armadillos</em> would be at the ends of the row is 2:

The number of different combinations in which<em> two of the three aardvarks </em>can sit at the ends of the row is P(3,2):

Therefore, there are 2 + 6 = 8 different ways in which the two animlas on the ends of the row were both armadillos or both aardvarks.
Now calculate the total number of different ways in which the animals can sit. It is P(5,5):

Thus, <em>the probability that the two animals on the ends of the row were both armadillos or both aardvarks</em> is equal to the number of favorable outputs divided by the total number of possible outputs:

{[(8 - 3) * 2] + [(5 * 6) - 5]} / 5 =
= {[2 * 8 + 2 * (-3)] + 30 - 5} / 5 =
= [(16 - 6) + 25] / 5 =
= (10 + 25) / 5 =
= 35 / 5 =
= 7
Brackets make it look complex but it's not that bad at all :)
A group of customer service surveys were sent out at random. The scores were 90, 50, 70, 80, 70, 60, 20, 30, 80, 90, and 20. Fin
egoroff_w [7]
Answer:
60
Step-by-step explanation:
To find the mean, add all numbers together and divide by the amount of numbers.
Total of number = 660
Number of numbers = 11
660/11 = 60