Jason's data distribution is symmetrical and shows no outliers; Shane's data distribution is uniform and shows no outliers also. Therefore, the correct observation about the data sets that is correct is:<em> Option B.</em>
<h3>Symmetrical and Uniform Data Distribution on a Dot Plot</h3>
- If the data plotted on the dot plot shows a bell shape curve and can be divided into equal halves by a vertical line, the data distribution is symmetrical.
- When the data is spread equally across the range with no clear peaks, the data distribution is uniform.
<h3>What are Outliers?</h3>
Outliers are values that are far from the middle and are entirely different from the rest of the data.
The dot plots for sales made by Jason and Shane are shown in the image attached below.
Jason's data distribution is symmetrical and shows no outliers; Shane's data distribution is uniform and shows no outliers also. Therefore, the correct observation about the data sets that is correct is:<em> Option B.</em>
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Answer:
Quotient Rule: x^-4, 10^-1
Repeated Multiplication: (x)(x)/(x)(x)(x)(x)(x)(x), 10x10x10x10/10x10x10x10x10x
Rewrite:1/x^4, 1/10^1
Step-by-step explanation:
Answer:
900
Step-by-step explanation:
173 rounds to 200
421 rounds to 400
59 rounds to 100
230 rounds to 200
200+400+100+200=900
Answer:
8 miles
Step-by-step explanation:
Britney went from -4 to 6, or 10 miles, and then from 10 to -14, or 24 miles. Add these together and Britney traveled 34 miles
Alice went straight from the library to school, so we need to find the hypotenuse of the triangle. Use the Pythagorean theorem (a^2 + b^2 = c^2) and substitute 10 for a and 24 for b to get 100 + 576 = c^2 or 676 = c^2
Take the square root of 676 to get 26 for Alice's distance.
34-26=8
f(x) = −5x2 − x + 20, find f(3).
Substitute x = 3 into the function
f(3) = −5(3)^2 − 3 + 20
f(3) = -45 - 3 + 20
f(3) = -28
Answer
−28