Solved

Plot and Interpret the Appropriate Scatter Diagram Latitude (Degrees) Temperature (F)°

question 150

Essay

Plot and interpret the appropriate scatter diagram.
-The one-day temperatures for 12 world cities along with their latitudes are shown in the table below. Make a
scatter diagram for the data. Describe what happens to the one-day temperatures as the latitude increases. $\begin{array} { c | c | c } \text { City } & \text { Temperature (F) } & \text { Latitude } \\\hline \text { Oslo, Norway } & 30 ^ { \circ } & 59 ^ { \circ } \\\text { Seattle, WA } & 57 ^ { \circ } & 47 ^ { \circ } \\\text { Anchorage, AK } & 40 ^ { \circ } & 61 ^ { \circ } \\\text { Paris, France } & 61 ^ { \circ } & 48 ^ { \circ } \\\text { Vancouver, Canada } & 54 ^ { \circ } & 49 ^ { \circ } \\\text { London, England } & 48 ^ { \circ } & 51 ^ { \circ } \\\text { Tokyo, Japan } & 55 ^ { \circ } & 35 ^ { \circ } \\\text { Cairo, Egypt } & 82 ^ { \circ } & 30 ^ { \circ } \\\text { Mexico City, Mexico } & 84 ^ { \circ } & 19 ^ { \circ } \\\text { Miami, FL } & 81 ^ { \circ } & 25 ^ { \circ } \\\text { New Delhi, India } & 95 ^ { \circ } & 28 ^ { \circ } \\\text { Manila, Philippines } & 93 ^ { \circ } & 14 ^ { \circ }\end{array}$ Latitude (degrees) $Plot and interpret the appropriate scatter diagram. -The one-day temperatures for 12 world cities along with their latitudes are shown in the table below. Make a scatter diagram for the data. Describe what happens to the one-day temperatures as the latitude increases. \begin{array} { c | c | c } \text { City } & \text { Temperature (F) } & \text { Latitude } \\ \hline \text { Oslo, Norway } & 30 ^ { \circ } & 59 ^ { \circ } \\ \text { Seattle, WA } & 57 ^ { \circ } & 47 ^ { \circ } \\ \text { Anchorage, AK } & 40 ^ { \circ } & 61 ^ { \circ } \\ \text { Paris, France } & 61 ^ { \circ } & 48 ^ { \circ } \\ \text { Vancouver, Canada } & 54 ^ { \circ } & 49 ^ { \circ } \\ \text { London, England } & 48 ^ { \circ } & 51 ^ { \circ } \\ \text { Tokyo, Japan } & 55 ^ { \circ } & 35 ^ { \circ } \\ \text { Cairo, Egypt } & 82 ^ { \circ } & 30 ^ { \circ } \\ \text { Mexico City, Mexico } & 84 ^ { \circ } & 19 ^ { \circ } \\ \text { Miami, FL } & 81 ^ { \circ } & 25 ^ { \circ } \\ \text { New Delhi, India } & 95 ^ { \circ } & 28 ^ { \circ } \\ \text { Manila, Philippines } & 93 ^ { \circ } & 14 ^ { \circ } \end{array} Latitude (degrees) Temperature (F)°$ Temperature (F)°

Recognize the factors that foster a creative environment within organizations.

Explain the impact of certain personal and environmental factors on creativity and decision-making.

Describe strategies and activities that can be used to improve creativity in problem-solving and decision-making contexts.

Appreciate the role of divergent and convergent thinking in the creative process.

Definitions:

Standard Deviation

A procedure for calculating the extent of dispersion or variability among a group of data values.

Range

In statistics, the difference between the largest and smallest values in a dataset, describing its spread.

IQR

Interquartile Range, a measure of statistical dispersion being the difference between the upper and lower quartiles.

Stem-And-Leaf

A graphical method used to display quantitative data in order to assist in visualizing its distribution.