196
CHAPTER 7
for US
[14 pdfgeo (]
: Finds the probability density of specified value x for a geometric distribu-
tion.
Format: pdfgeo (success probability, value of x)
*
The success probability is 0
≤
p
≤
1.
<Example 14>
Find the probability density of a geometric distribution with success probability of 5.6%
that it will be successful the 26th time.
Key operation:
F
1
4
0.056
,
26
) ®
[15 cdfgeo (]
: Finds the probability of a specified range of x for geometric distribution.
Format: cdfgeo (success probability, value of x)
<Example 15>
Find the probability for example 14 using range up to x = 26.
Key operation:
F
1
5
0.056
,
26
) ®
Limitations for calculating the distribution function:
For the following statistical distribution functions, the range of degree of freedom in
which calculation can be made is limited to those shown below.
1) pdfT(
Degrees of freedom
≤
140
2) cdfT(
Degrees of freedom
≤
670
3) pdf
χ
2
Degrees of freedom
≤
141
4) pdfF(
Degrees of freedom
≤
70
5) cdfF(
Degrees of freedom
≤
670
(For both degrees of freedom to be input)
6) pdfpoi(
Mean of poisson distribution
≤
230
7) cdfgeo( Success probability is
0 ≤
p
≤
1
,
,
EL-9650-(07)En (178-196)
8/1/00, 9:08 AM
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Summary of Contents for EL-9650
Page 10: ...viii ...
Page 46: ...36 CHAPTER 1 ...
Page 230: ...220 CHAPTER 9 ...
Page 268: ...258 CHAPTER 12 ...
Page 349: ...339 APPENDIX When coordinate system is Rect param or polar ...
Page 350: ...340 APPENDIX When coordinate system is Seq F STYLE2 E STYLE1 ...
Page 352: ...342 APPENDIX ...
Page 353: ...343 APPENDIX on Program screen ...
Page 354: ...344 APPENDIX ...
Page 355: ...345 APPENDIX ...
Page 356: ...346 APPENDIX ...
Page 357: ...347 APPENDIX ...
Page 358: ...348 APPENDIX ...