Answer the statistical measures and create a box and whiskers plot for the following set of data. 2,3,4,4,5,6,6,6,8,9,10,11
1 answer:
The statistical measures for the data is the five-number summary, which is: 2, 4, 6, 8.5, 11
See the box and whiskers plot that displays the statistical measures in the attachment.
<h3>How to Construct a Box and Whiskers Plot?</h3>A box and whiskers plot is a graphical representation of the five-number summary that describes the statistical measures of a data distribution, it includes:
- Minimum and maximum values
- First and third quartiles
- Median value
To construct a box and whiskers plot for the data, 2,3,4,4,5,6,6,6,8,9,10,11, find out the five-number summary as explained below:
- Minimum: 2 is the lowest data value.
- First Quartile: 4 is the middle of the first part of the data when it is ordered.
- Median: 6 is the middle of the data when it is ordered.
- Third Quartile: 8.5 is the middle of the second part of the data when it is ordered.
- Maximum: 11 is the highest data value.
Therefore, the statistical measures for the data is the five-number summary, which is: 2, 4, 6, 8.5, 11
See the box and whiskers plot that displays the statistical measures in the attachment.
Learn more about the box and whisker plot on:
#SPJ1
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Answer:
465 in²
Step-by-step explanation:
square area: A = lw
triangle area: A = lw (or base x height)
= (15)(15) = 225
=
(8)(15) = 60
There is one square and 4 triangles so...
225 + 4(60) = 465 in²
Partial differentiation of a function with more than one variables refers to its derivative being taken with respect to one of those variables, while the rest being held as a constant.
An example is the volume of a cylinder given by:
The volume requires two variables in order to work out the volume, namely the radius and the height.
Using partial differentiation, its partial derivative can become:
This symbol is used in place of the derivative symbol, in order to distinguish total derivatives and partial derivatives.
An example is the volume of a cylinder given by:
The volume requires two variables in order to work out the volume, namely the radius and the height.
Using partial differentiation, its partial derivative can become:
This symbol is used in place of the derivative symbol, in order to distinguish total derivatives and partial derivatives.