"Appendix 91 Finding Cumulative Probabilities for Normally Distributed Random Variables"

entries per page

Filter:

Showing 1 to 20 of 100 entries

Book	Author(s)	Year	Publisher
The product of two normally distributed random variables	William Q. Meeker	1981	American Mathematical Society
Random variables	Lionel Edward Clarke	1975	Longman
Asymptotics for Associated Random Variables	Paulo Eduardo Oliveira	2012	Springer Berlin Heidelberg
Integral identities for random variables	Edward B. Rockower	1986	Naval Postgraduate School;Available from National Technical Information Service
Tracking procedure for non-normally distributed measurement errors	Alexander Kukliansky	1987
Ordered random variables	M. Ahsanullah	2001	Nova Science Publishers
Free Random Variables	D. V. Voiculescu, K. J. Dykema, A. Nica	1992	American Mathematical Society
Ordered random variables	Mohammad Ahsanullah	2001	Nova Science Publishers
Probability, Random Variables, And Random Processes	Hwei P. Hsu	2019	McGraw Hill
Probability and Random Variables	G.P. Beaumont	2005	Woodhead Publishing
Random Variables & Stochastic Processes	A. K. Malik; V. Kumar; C. B. Gupta	2013	Neelkanth Publishers Pvt. Ltd.
Probability and random variables	G. P. Beaumont	1986	Ellis Horwood;Halsted Press
Probability, random variables, and random signal principles	Peyton Z. Peebles	1980	McGraw-Hill
Probability, random variables, and random signal principles /	Peebles, Peyton Z.	2001.	McGraw Hill,
An autoregressive process for Beta random variables	Edward McKenzie	1983	Naval Postgraduate School;Available from National Technical Information Service
Limit theory for mixing dependent random variables /	Lin, Zhengyan,; Lu, Chuanrong.	[1996], ©1996.	Kluwer Academic Publishers,
The invariance principle for dependent random variables	Patrick Paul Billingsley	1955	Princeton University
Metric characterization of random variables and random processes	Buldygin, V.V., Kozachenko Yu.V.	2000	American Mathematical Society
Metric characterization of random variables and random processes	Buldygin, Valeriĭ Vladimirovich; Kozachenko, I︠U︡. V	2000	American Mathematical Society
Sums of Independent Random Variables	V.V. Petrov	1975	Springer Berlin Heidelberg
Boook	Author(s)	Year	Publisher

Showing 1 to 20 of 100 entries

entries per page

Filter:

Showing 1 to 20 of 100 entries

Chapter	Author(s)	Book	Book Authors	Year	Publisher
Appendix 91 Finding Cumulative Probabilities for Normally Distributed Random Variables		An Introduction to Management Science: Quantitative Approach	David R. Anderson; Dennis J. Sweeney; Thomas A. Williams; Jeffrey D. Camm; James J. Cochran	2018	Cengage Learning
Finding probabilities for a normally distributed random variable		Practice Makes Perfect Statistics	Sandra McCune	2010	Mcgraw Hill Book Co
210 Normally Distributed Random Variables		Fundamentals of Applied Econometrics	Richard A. Ashley	2012-01-11	Wiley
562 Normally Distributed Probabilities		Data Preparation for Data Mining (The Morgan Kaufmann Series in Data Management Systems)	Dorian Pyle	1999	Morgan Kaufmann
Finding percentiles for a normally distributed random variable		Practice Makes Perfect Statistics	Sandra McCune	2010	Mcgraw Hill Book Co
Linear combinations of normally distributed random variables		Jacaranda Maths Quest 12 Specialist Mathematics	Raymond Rozen	0
Normally Distributed Random Numbers		MATLAB Parallel Comput Toolbox Users Guide	The MathWorks, Inc.	2021	The MathWorks, Inc.
Normally Distributed Random Numbers		MATLAB Parallel Computing Toolbox™ User's Guide	The MathWorks, Inc.	2020	The MathWorks, Inc.
Normally Distributed Random Numbers		Parallel Computing Toolbox™ User's Guide	coll	2021	The MathWorks, Inc.
Normally Distributed Random Numbers		Engineering and Scientific Subroutine Library for AIX, Version 4 Release 1, and Linux on pSeries, Version 4 Release 1: Guide and Reference	coll.	2003	IBM
Normally Distributed Random Numbers)		IBM Engineering and Scientific Subroutine Library for AIX, Version 5 Release 1, and IBM Engineering and Scientific Subroutine Library for Linux on POWER, Version 5 Release 1. 1: Version 5. 1 Release 1: ESSL Guide and Reference	coll.	2012	IBM
6. Normally Distributed Random Vectors		Probability Theory: A First Course in Probability Theory and Statistics	Werner Linde	2016	De Gruyter
Generating normally distributed random numbers		Applying Math with Python: Practical recipes for solving computational math problems using Python programming and its libraries	Sam Morley	2020	Packt Publishing
C. Normally Distributed Random Digits		Production and operations management: manufacturing and services /	Chase, Richard B.; Aquilano, Nicholas J.; Jacobs, F. Robert.	[1998], ©1998.	Irwin/McGraw-Hill,
61 Introducing Normally Distributed Variables		Introductory statistics	Weiss, Carol A.; Weiss, Neil A	2014;2017	Pearson
61 Introducing Normally Distributed Variables		Introductory Statistics (10th Edition)	Neil A. Weiss	0	Pearson
Random Variables and Probabilities	Paul E. Pfeiffer	Probability for Applications	Paul E. Pfeiffer	1990	Springer New York
Probabilities and Random Variables	Michael O&s; Flynn	The Communications Handbook	Madhukar Budagavi; Jerry D. Gibson; Richard C. Dorf; Curtis A. Levis; Roman Pichna; Youn Ho Choung; Paul Diament; Robert Douglas; Eric Dubois; Niloy K. Dutta; Bruce Elbert; Ahmed Elhakeem; David Haccoun; Garth D. Hillman; Erwin C. Hudson; Yeong Ming Hwang; Louis J. Ippolito; Ramesh Rao; Whitham Reeve; Bixio Rimoldi; Izhak Rubin; Khalid Sayood; Udaya A. Shankar; David R. Smith; Jonathan M. Smith; Richard G. Smith; Reudiger Urbanke; Richard H. Williams; Wei Zhao; Maynard Wright; Jeff Hamilton; Nitin C. Kothari; Biao Chen; David R. Pritchard; Michael Moher; William C. Young; Samuel Pierre; Michael D. Floyd; Roger Haskin; Mark Kolber; Chung Sheng Li; Harrell J. Van Norman; Daniel Reininger; Li Fung Chang; James J. Caffery, Jr.; Paula RC Gomez; Frederick Halsall; Tero Ojanpera; Erchin Serpedin; Steven D. Gray; Niloy Choudhury; Charles E. Schell; Leonard Taupier; Jahangir A. Tehrani; A.L. Narasimha Reddy; Toshio Miki; Renee Cruz; Lew E. Franks; Mari Maeda; Peter Noll; Wilbur Pritchard; Shinji Yamashita; Byron Kasper; Raj Talluri; Susan A. Garrod; Giovanni Cherubini; Wai-Yip Chan; Donald C. Cox; Allen H. Levesque; Costgsa N. Georghiades; Matthew Cheng; Bala Rajagopalan; Helmut Bolcskei; Lie-Liang Yang; Michel Daoud Yacoub; Martin S. Roden; Boneung Koo; John Lodge; Nicholas Malcolm; Gerald Marin; Nasir Memon; Abdi R. Modarressi; Jaekywn Moon; Madihally Narasimha; A. Michael Noll; Peter Nuspl; Michael O&s; Flynn; Raif Onvural; Achille Pattavina; Ken D. Pedrotti; Alistair J. Price; Joseph C. Palais; Thomas G. Robertazzi; Masud Mansuripur; Joseph Bannister; Ravi K. Jain; B.P. Lathi; Leon Couch; Rodger E. Ziemer; Hwei P. Hsu; Michael Honig; John G. Proakis; Joseph L. LoCicero; P. Vijay Kumar; Geoffrey Orsak; Vijay Bhargava; Laurence B. Milstein; Arogyaswami Paulraj; Bernard Sklar; Bernd-Peter Paris; Seshadri Mohan; Raymond Steele; Bijan Jabbari; Qiang Wang; Marc Delprat; Lajos Hanzo; Paul Mermelstein; Gordon Stuber; Suresh Singh; Melbourne Barton; Bhasker P. Patel; Tor Helleset	2002	Routledge
Appendix B: Cumulative Probabilities		Introduction to Corporate Finance, Abridged Edition (with SMARTMoves Printed Access Card & Thomson ONE)	William L Megginson, Scott B. Smart	2008	South-Western College Pub
7. The product of two normally distributed random variables	William Q. Meeker, Jr. [and others]	Selected tables in mathematical statistics	H. Leon Harter, D. B. Owen, D. B. Owen	1970-	Markham
Chapter	Author(s)	Book	Book Authors	Year	Publisher

Showing 1 to 20 of 100 entries

"Appendix 91 Finding Cumulative Probabilities for Normally Distributed Random Variables" - similar Books and Chapters