- For the next part of the lab, open the Week 3 Excel worksheet.
This will be used for the next few questions, rather than the data
file used for the first question.
- Click on the “binomial tables” workbook
- Type in n=10 and p=0.5; this simulates ten flips of a coin
where x is counting the number of heads that occur throughout the
ten flips
- Create a scatter plot, either directly in this spreadsheet (if
you are comfortable with those steps), or by using the week 1
spreadsheet and copying the data from here onto that sheet (x would
be the x variable, and P(X=x) would be the y variable.
- List the probability value for each possibility in the binomial
experiment calculated at the beginning of this lab, which was
calculated with the probability of a success being ½. (Complete
sentence not necessary; round your answers to three decimal
places)
P(x=0)
|
.0010
|
|
P(x=6)
|
.2051
|
P(x=1)
|
.0098
|
|
P(x=7)
|
.1172
|
P(x=2)
|
.0439
|
|
P(x=8)
|
..0439
|
P(x=3)
|
.1172
|
|
P(x=9)
|
.0098
|
P(x=4)
|
.2051
|
|
P(x=10)
|
.0010
|
P(x=5)
|
.2461
|
|
|
|
- Give the probability for the following based on the
calculations in question 3 above, with the probability of a success
being ½. (Complete sentence not necessary; round your answers to
three decimal places)
P(x≥2)
|
.054688
|
|
P(x<0)
|
.999023
|
P(x>2)
|
.010742
|
|
P(x≤5)
|
.623047
|
P(5<x ≤7)
|
.
|
|
P(x<5 or x≥7)
|
|
I need help with the last two as well as how its done. I think
everything else is correct.