The beauty of using a stem-and-leaf plot

Assignment Help Other Subject

Reference no: EM13318022

The beauty of using a stem-and-leaf plot is that:

A. The raw data is preserved and displayed

B. It can be used when you have less than five data values

C. One can calculate the mean and standard deviation using a simple $15 calculator

D. It not only shows correlation; it also shows causation.

Reference no: EM13318022

Questions Cloud

Scatter diagram : Which statement is true of a scatter diagram? A Correlation on a scatter diagram implies causality B A scatter diagram predicts cause and effect C Shows the strength of relationship between two variables D As x increases, y decreases – shows a positi..

Control charts : Control charts: A Control the process B Distinguish "common cause" from "special cause" variation C Manipulates factors at different levels to see their effect on some desired result D Are a combination of factors that influence the production of a r..

Normally distributed set of data : Which of the following sets of tools are typically used to illustrate that a normally distributed set of data will have almost all of its values within +/- three standard deviations of the mean?

Calculate the capability using the correct index : Your team lead wanted to find out if her process was capable and operating within customer requirements. X-bar of the process equals 100, and the short term standard deviation (s) is 10. Customers indicate that they are satisfied as long as the proce..

The beauty of using a stem-and-leaf plot : The beauty of using a stem-and-leaf plot is that:

Discuss methods to maintain process improvements : Which of the following is used to discuss methods to maintain process improvements

What is an example of a level in a designed experiment : What is an example of a LEVEL in a designed experiment?

Identify poka yoke opportunities : All of the following are ideas to identify poka yoke opportunities EXCEPT

Mechanics-system on ground consisting of spring and mass : Suppose there is a system on the ground consisting of spring and mass(m) attached to it. An observer(O) applies a force on the mass which compresses the spring (to the left) and hence the force by the spring on the block makes the block move to the r..

User Account

All Pages