Answer:
5
Step-by-step explanation:
Original equation:
Divide both sides by 7
Rewrite in log
You can do mental math to realize this equals 5, or plug this into your calculate (if it allows you to set the base), but if you can't do either, you can use the change of base formula:
You get:
When you calculate using a calculator you should get 5
Answer/Step-by-step explanation:
A. The cluster is where the 100 is to the 235. The outlier is 1,110 cause it is way out in the open alone almost 300 numbers away from its nearest number
B. For the correlation if you notice how it goes from 200... > 400...> 600...>800...it kinda like a pattern of adding 200
C. The independent variable is temperature and the dependent is sales. since the amount of money made depends on the temperature.
Are you sure you want ONLY the coefficient of b? If you expand this, you will have b in 3 of 4 terms.
According to Pascal's Triangle, the coefficients of (a+b)^4 are as follows:
1
1 2 1
1 3 3 1
1 4 6 4 1
So (a+b)^4 would be 1a^4 + 4a^3b + 6a^2b^2 + 4ab^3 + b^4
Here, you want (3 + b)^4. Here's what that looks like:
3^4 + 4[3^3*b] + 6[3^2*b^2] + 4[3*b^3] + 1[b^4]
Which coeff did you want?
(The question is asking you to write your own problem, however, I will provide my own lame example)
My example:
There is a circus show in town this week. After looking at the total earnings of the show, it appears that it generated a total of $145,775 from ticket sales alone. The pricing was set at $25 a ticket, period. How many total tickets were purchased to the show?
Solving the problem:
The process is simple. Just as you asked in your question, divide the value of 145,775 (total number of dollars made off tickets) by 25 (total cost per ticket) to find the number of tickets bought.
145,775 divided by 25 is 5,831, the number of tickets sold.
Answer:
8.008
8.018
8.088
8.808
8.88
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