Chapter 13: Inferential Statistics and Distributions
374
normalpdf(
x
[
,
m
,
s
]
)
Note:
For plotting the normal distribution, you can set window variables
Xmin
and
Xmax
so that the mean
m
falls between them, and then select
0:ZoomFit
from the
ZOOM
menu.
normalcdf(
normalcdf(
normalcdf(
normalcdf(
normalcdf(
computes the normal distribution probability between
lowerbound
and
upperbound
for the specified mean
m
and standard deviation
s
. The defaults are
m
=0 and
s
=1.
normalcdf(
lowerbound
,
upperbound
[
,
m
,
s
]
)
Note:
For this example,
Xmin = 28
Xmax = 42
Ymin = 0
Ymax = .2
Xscl = 1
Yscl = .1
Summary of Contents for -84 Plus
Page 1: ...TI 84 Plus TI 84 Plus Silver Edition Guidebook...
Page 213: ...Chapter 8 Draw Instructions 210...
Page 248: ...Chapter 10 Matrices 245 row value matrix rowA rowB...
Page 332: ...Chapter 12 Statistics 329...
Page 413: ...Chapter 14 Applications 410...
Page 427: ...Chapter 15 CATALOG Strings Hyperbolic Functions 424 sinh 1 value cosh 1 value sinh 1 value...
Page 496: ...Chapter 17 Activities 493 If C A and D B Stop Goto Z Quit if guesses are correct...
Page 672: ...Appendix C Service and Warranty Information 669...