Answer:
or as a function made due to movement of the sun and moon
Here is your answer:
Independent Variable: Is a variable that is being tested..
Dependent Variable: Is a variable that's being measured.
So in this case.
The independent variable is water bottles in a case.
Dependent Variable: Is how many water bottles are in a case.
For this next part I'm not sure.
But as you look at the graph you see a pattern.
1×24=24
Etc...
So the equation will be: 1×24
The pattern is 24.
So....
1×24=24
2×24=48
5×24=120
10×24=240
20×24=480
Hope this Helps.
Answer:
C. Vanity
Step-by-step explanation:
As each of the five mutual funds have same mean rate of return, we go for standard deviation of the rate of return to judge which one has the least consistency among the five.
We know that standard deviation is a measure for variation in a data-set. So more the standard deviation of a data, more is the variation in the data-set and less is the consistency of the data-set.
Here, among the given five mutual fund, we see that "Vanity" has the highest standard deviation (9.4%) in rate of return. So the mutual fund "Vanity" has the least consistency.
<span>x-intercept = 10/5 = 2</span>
The answer is: x² – 6x + 9 = 0 .
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Explanation:
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Given: (x – 3)² = 0 ; write as: general form: "ax² + bx + c = 0"; a ≠ 0 .
<span>
Note: </span>(x – 3)² = (x – 3)(x – 3) = x² – 3x – 3x + 9 = x² – 6x + 9 ;
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Rewrite: (x – 3)² = 0 ; →
as: x² – 6x + 9 = 0 ; which is our answer.
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→ x² – 6x + 9 = 0 ; is in "general form", or "standard equation format"; that is: " ax² + bx + c = 0 "; (a ≠ 0) ;
→ in which:
a = 1 (implied coefficient, since anything multiplied by "1" is that same value);
b = -6;
c = 9
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