Answer:
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Step-by-step explanation:
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Answer:
Mean: $16.1
Median: $15.00
Mode:$15.00
The mode best describes the data, so the mean is the better measure of variability.
Step-by-step explanation:
How to find the mean:
Add up each value on the data set, then divide it by the number of values on the data set. (Example: $17.00 + $15.50+$15.00+$18.00+$15.00= 80.5/5=16.1)
How to find the median: Order your values from least to greatest, then find the value in the center.
How to find mode: Look for the most frequent value in the data set. What value shows up the most?
Answer:
A. a reflection over the x-axis and then a reflection over the y-axis
B. a reflection over the y-axis and then a reflection over the x-axis
Step-by-step explanation:
When you apply reflection over the x-axis, the transformation will change the y coordinate into -y. A similar thing happens when you do reflection over the y-axis, x coordinate will be -x. Both things will not influence each other so the sequence is not important. The resulting transformation will be equal to reflection to the point of origin.
If you’re asking for mode, it would be 6.
An easy way to remember what mode is to think that “mode” sounds like “most”
Mode is just asking what number appears the most.
<span>A hexagon can be divided into 4 Triangles, making the sum of all angles equal to 720 Degrees.
Since, a hexagon has 6 sides, the angle each side makes to the other keeping in mind the total sum is 720 Degrees would be 720/6 = 120 Degrees. So, the angle formed between two adjacent sides will be 120 Degrees.
Around the centre of a Hexagon, one can draw a circle which makes the angle at the centre at 360 Degrees, again since there are six equal sides, 360/6 = 60 Degrees. So the angle formed at the centre by joining two adjacent vertices to the centre is 60 Degrees.</span>
