Create a scenario from your own experiences that can be used to model a probability question using the phrase 'at most’ (note: multiple categories are required). Solve your problem showing and explaining each step in the five step process outlined in the instructions.. Five Steps for a solution to a Probability Problem: Step 1: Define the Experiment (note this is a description of the activity that is causing results. Step 2: Describe the Sample Space (note: this can be done by explicitly listing elements in the sample space - which is unlikely or counting the elements providing n(S)). Are the outcomes in the Sample Space equally likely? Step 3: Describe the Event of interest. When providing this description, include the mutually exclusive and exhaustive categories you are using, and phrase the Event in terms of those categories, integers along with the words: not/and/or Step 4: Determine the number of elements in the Event Step 5: Determine the probability of the Event (note: if the outcomes are equally likely, then we use the relative frequency formula
Create a scenario from your own experiences that can be used to model a
question using the phrase 'at most’ (note: multiple categories are required). Solve your
problem showing and explaining each step in the five step process outlined in the
instructions..
Five Steps for a solution to a Probability Problem:
Step 1: Define the Experiment (note this is a description of the activity that is causing
results.
Step 2: Describe the
the sample space - which is unlikely or counting the elements providing n(S)). Are the
outcomes in the Sample Space equally likely?
Step 3: Describe the
exclusive and exhaustive categories you are using, and phrase the Event in terms of those
categories, integers along with the words: not/and/or
Step 4: Determine the number of elements in the Event
Step 5: Determine the probability of the Event (note: if the outcomes are equally likely, then
we use the relative frequency formula
Step by step
Solved in 2 steps
