4094
609@XKF@TT@+4-!4V
15
3840@O?75L>$?$??+???@=I;
1344J%8"MAT5 CONSISTS OF THE FOLLOWING STATISTICAL PROGRAMS."%U@T"TO ACCESS ANY ONE OF THESE PROGRAMS, SIMPLY TYPE THE"%U@^"SELECTED NUMBER AS REPLY TO OPTION."%@8%U@("1. STA1"%@8"2. STA2"%@8"3. STA3"%@8"4. STA4"%@U@*"5. STA5"%@8"6. STA6"%@8"7. STA7"%@8%U@2"OPTION "
@8T@AW@8%8%U@<P@A@7B5G8O?XO\R%I/
1345P"STA5 WILL COMPUTE THE SLOPE AND OTHER STATISTICS FOR A"%UA$"STA1 WILL COMPUTE THE MEAN, VARIANCE, STANDARD DEVIATION,"%@UA&"ERROR OF THE MEAN FOR ONE OR MORE SETS OF DATA. ENTER ONE"%@UA("VALUE AT A TIME. USE 999999 AS THE LAST DATUM OF A SET."%@UA*%8"PLEASE ENTER YOUR DATA : "%@UA,T@DW@UA.P@D@P?<(A@ZEHUA0P@GP@DAQ@G@8P@JP@DP@DCAQ@J@8P@M@P?9AQ@M8YD%UA2%8"CORRECTIONS "
8&T@PW8&P@P&@P?6(A@ZG$UA4P@GP@MDQ@S@8P@MP@JCP@GP@GCBP@MDP@MP?9BDQ@V@8P@V)FQ@Y@8P@VP@MD)FQ@\@UA6%8"NUMBER"$"SUM       SUM-OF-SQUARES"$"MEAN"$"VARIANCE"%@UA8%8P@M!$P@G!$P@J!$P@S!$P@V!%8%8P@YP@SDQ@
@UA:"STD. DEV."$"STD. ERROR OF THE MEAN"$"COEFF. OF VARIATION"%UA<%8P@Y!$P@\!$"    "$P@
!%@8%8YG3UA>P?3Q@G@8P?3Q@J@8P?3Q@M@8YDTUB@[4M8YG$UBV"STA2 WILL COMPUTE THE MEANS, VARIANCES, AND T-RATIO FOR"%@UBX"TWO GROUPS OF DATA, UNPAIRED. IT ASSUMES THAT THE TWO"%@UBZ"GROUPS HAVE THE SAME VARIANCE. ENTER ONE VALUE PER LINE."%UB\"USE 999999 AS THE LAST DATUM OF EACH GROUP."%@UB^@UB P?9QAX@UB"P?3Q@G@8P?3QA[@8P?3Q@M@UB$%8"PLEASE ENTER DATA OF SET"
PAX!%@UB&T@DW@8P@D@P?<(A@ZJ6UB(P@GP@DAQ@G@8PA[P@DP@DCAQA[@8P@M@P?9AQ@M8YJTUB*%8"CORRECTIONS "
8&T@PW8&P@P&@P?6(A@ZKM8YKWUB,PAX@P?9(AZI/@8YK1UB.PAXR@"P@GI@8PAXR@+PA[I@8PAXR@4P@MI@8PAX@P?0(A@ZK8UB0P?0QAX@8YI4UB2%8"GROUP"$"NUMBER"$"MEAN"$"VARIANCE"$"STD. DEV."%UB4%8P?9QA^P?0P'4@VL^PA^@]M,8PA^R@=PA^R@"HPA^R@4HDI@UB6PA^RAFPA^R@4HPA^R@+HCPA^R@"HPA^R@"HCBPA^R@4HDPA^R@4HP?9BDI@8PA^RAOPA^RAFH)FI@UB8PA^!$PA^R@4H!$PA^R@=H!$PA^RAFH!$PA^RAOH!%8XA^UB:P?9RAFH@P?9R@4H@P?9BC@P?0RAFH@P?0R@4H@P?9BCAQ@
UB<P@
@P?9R@4H@P?0R@4HAP?0BD@P?9@P?9R@4HDP?9@P?0R@4HDACQ@
UB>P?9R@=H@P?0R@=HBQA!8P@
)FQA$@UC@%8"MEAN DIFF."$"VAR. DIFF."$"STD. DEV. DIFF."%@8%UCBPA!!$P@
!$PA$!%8%UCD"T-RATIO"$PA!PA$D!$"ON"
P?9R@4H@P?0R@4HAP?0B!
"DEGREES OF FREEDOM."%@UCF[4M8YI-UCH"STA3 WILL COMPUTE THE MEANS, VARIANCES, AND T-RATIO FOR"%@UCJ"TWO GROUPS OF DATA, UNPAIRED. IT ASSUMES THAT THE TWO"%@UCL"GROUPS HAVE UNEQUAL VARIANCE. ENTER ONE VALUE PER LINE."%@UCN"USE 999999 AS THE LAST DATUM OF EACH GROUP."%@UCP@UCRP?9QAX@UCTP?3Q@G@8P?3QA[@8P?3Q@M@UCV%8"PLEASE ENTER DATA OF SET"
PAX!%@UCXT@DW@8P@D@P?<(A@ZR=UCZP@GP@DAQ@G@8PA[P@DP@DCAQA[@8P@M@P?9AQ@M8YR[UC\%8"CORRECTIONS "
8&T@PW8&P@P&@P?6(A@ZST8YS^UC^PAX@P?9(AZQ6@8YS8UC PAXRA'P@GI@8PAXRA0PA[I@8PAXRA9P@MI@8PAX@P?0(A@ZS?UC"P?0QAX@8YQ;UC$%8"GROUP"$"NUMBER"$"MEAN"$"VARIANCE"$"STD. DEV."%UC&%8P?9QA^P?0P'4@VT%PA^@]U38PA^RBBPA^RA'HPA^RA9HDI@UC(PA^RBKPA^RA9HPA^RA0HCPA^RA'HPA^RA'HCBPA^RA9HDPA^RA9HP?9BDI@8PA^RBTPA^RBKH)FI@UC*PA^!$PA^RA9H!$PA^RBBH!$PA^RBKH!$PA^RBTH!%8XA^UC,P?9RBKH@P?9RA9HDP?0RBKH@P?0RA9HDAQ@
@8P@
)FQA$@UC.P?9RBBH@P?0RBBHBQA!8P?9RBKH@P?9RA9HDP@
DQB]UC0P?9PB]P?0@E@P?9RA9H@P?9BD@P?9PB]B@P?0@E@P?0RA9H@P?9BDADQB @UC2%8"MEAN DIFF."$"VAR. DIFF."$"STD. DEV. DIFF."%@8%UC4PA!!$P@
!$PA$!%8%UC6"T-RATIO"$PA!PA$D!$"ON"
P?9RA9H@P?0RA9HAP?0B!
"DEGREES OF FREEDOM."%@UC8[4M8YQ4UC:%8"STA4 WILL COMPTE CHI SQUARE STATISTICS FOR 2 BY 2"%@UC<"CONTINGENCY TABLES. ENTER 4 DATA OF A TABLE IN A SAME"%@UC>"LINE, SEPARATED BY COMMAS. TO TERMINATE THE PROGRAM, ENTER"%UD@"1E9 AS THE FIRST DATUM OF THE NEXT TABLE."%@8%UDB"TABLE"$"     "$"CHI-SQUARE"%UDD%8"DATA OF THIS TABLE "
@8TB
TB&TB)TB W8PB
@P?-(A@Z\MUDFPB
PB&APB)APB AQ@M@8PB
PB CPB&PB)CBQB,@8PB,)MQB,@8PB,P@MP?0DBQB/@8P@MPB/P?0@ECQB2UDHPB
PB&AQB5@8P@MPB5BQB8@8PB
PB)AQB;@8P@MPB;BQB>@8PB2PB5DPB8DPB;DPB>DQ@D@UDJPB
!$PB&!%@8PB)!$PB !$P@D!%UDL[4M8YZSUDN"STA5 WILL COMPARE TWO GROUPS OF DATA USING THE MEDIAN TEST."%@UDP"ENTER THE NUMBER OF ENTRIES OF GROUP ONE THEN TWO, SEPARATED"%UDR"BY COMMAS. ENTER DATA OF GROUP 1, THEN GROUP 2. STA4 WILL"%@UDT"PRINT OUT THE CHI-SQUARE STATISTIC OF A 2 BY 2 TABLE ON 1"%@UDV"DEGREE OF FREEDOM."%8%UDX@UDZ%8"NUMBER OF ENTRIES IN EACH GROUP "
8T@ST@MWUD\"PLEASE ENTER DATA OF GROUP 1 FIRST, THEN GROUP 2 :"%UD^P@SP@MAQG0@8PG0@P?0D@)HQG3@UD P?9QG6PG0P'4@V
1PG6@]
:8PG6RCALW@8XG6UD"P?9QG9@8P@SQG<@8[
%UD$P@S@P?9AQG98PG0QG<@8[
%UD&P?3Q@D@8P?3QG?@8P?9QA^@8P@S@P?9AQHB8P?9QB]PG3P'4@V /PB]@]!48PA^RCAHPHBRCAH(DZ!VUD(PG?@P?9AQG?8PHB@P?9AQHB8PHBPG0(EZ!18PG3PG?BQ@D@8Y!4UD*P@D@P?9AQ@D8PA^@P?9AQA^8PA^P@S(EZ!18PG3P@DBQG?@8Y!4UD,XB]UD.P@SP@DBQG<@8P@MPG?BQ@V@8P@DP@VCPG?PG<CBQHE@UD0PG0PHE@)MPG0P?0DB@P?0@ECQHH8PHHP@SDP@MDPG3DPG0PG3BDQB>@UD2%8"TWO SAMPLE MEDIAN TEST."%@8%UD4"GROUP 1  "
P@D!
PG<!%@UD6"GROUP 2  "
PG?!
P@V!%@UD8"CHI-SQUARE = "
PB>!%8%UD:[4M8Y^!UD<P?9QA^PG<PG9BP'4@V
2PA^@]%G8PG9RCAHQ@D@8PG9Q@
@UD>PG9@P?9AQHBPG<PA^BP?9AP'4V$OPHB@]$&8P@DPHBRCAH(CZ$
8PHBRCAHQ@D@8PHBQ@
@UE@XHBUEBPG<PA^B@P?9AQHBUEDPHBP@
(AZ%D8P@
RCAPHBRCAHI@8PHBRCAP@DI@UEFXA^UEHGUEJ"STA6 WILL COMPUTE THE SLOPE AND OTHER STATISTICS FOR A"%UEL"LINEAR REGRESSION WITH SEVERAL Y VALUES FOR EACH X-VALUE."%@UEN%8%UEP@UERP?3Q@M@UET"NUMBER OF SETS (X VALUES) "
8TB]W@UEVP?9QHBPB]P'4@V&/PHB@]*JUEX%8"NUMBER OF DATA IN SET"
PHB!
8TH,W@8P@MPH,AQ@M@UEZ"X-VALUE IN THIS SET "
8T@DW@UE\"Y VALUES IN THIS SET : "%@UE^P?9QA^PH,P'4@V'5PA^@]()8PA^RHKLW@8PH/P@DAQH/@8PH2PA^RHKHAQH2@UE PH5P@DP?0@EAQH58PH8PA^RHKHP?0@EAQH88PHEP@DPA^RHKHCAQHE@8XA^UE""ANY CORRECTIONS IN THIS SET "
8&T@PW8&P@P&@P?*(A@Z*GUE$P@MPH,BQ@M@8P?9QA^PH,P'4@V)VPA^@]*E8PH/P@DBQH/@8PH2PA^RHKHBQH2@8PH5P@DP?0@EBQH5UE&PH8PA^RHKHP?0@EBQH88PHEP@DPA^RHKHCBQHE@8XA^8Y&1UE(XHBUE*P@MPH5CPH/P?0@EBQ@J8P@MPHECPH/PH2CBQA[@8PA[P@JDQB&@8PH2P@MDQH;@8PH/P@MDQH>@UE,PH;PB&PH>CBQIA@8P@M@P?9BQID8PID@P?9BQIG8PH8PH2PH;CBPB&PA[CP@MDBQ@Y@8P@YPIGDQ@\@UE.%8"NUMBER = "
P@M!$"SLOPE = "
PB&!%UE0"MEAN OF X = "
PH/P@MD!%@UE2"MEAN OF Y = "
PH2P@MD!%@UE4"Y-INTERCEPT = "
PIA!%@UE6%8"SUM-0F-SQRS."$"TOTAL"$PH8!%@UE8"   "$"MEAN  "$PH;PH2C!%@UE:"   "$"SLOPE "$PB&PA[CP@MD!%@UE<"   "$"RESIDUAL "$P@Y!%UE>%8"STANDARD DEVIATIONS"%@UF@"   "$"X  "$P@JP@MDPIDD)F!%UFB"   "$"Y  "$PH8PH2PH;CBPIDD)F!%UFD"   "$"ERROR "$P@\@)F!%UFF"   "$"Y-BAR "$P@\P@MD@)F!%UFH"   "$"SLOPE "$P@\P@JDP@MC@)F!%UFJ"  "$"Y-INTER."$P@\@P?9P@MDPH>P?0@EP@JDP@MCAC)F!%UFL%8"F-RATIO FOR SLOPE = "
PB&PA[CP@MDP@\D!%@UFN[4M8Y&JUFP"STA7 WILL COMPUTE THE CORRELATION COEFFICIENT OF N SETS OF"%UFR"NUMBERS. EACH SET CONSISTS OF X AND Y ELEMENTS. X AND Y"%@UFT"SHOULD BE ENTERED IN A SAME LINE AND ARE SEPARATED BY A"%@UFV"COMMA."%8%UFX"HOW MANY SETS "
8T@MW@8P?3Q@J@8P?3QA[@8P?3Q@Y@8P?3Q@\@8P?3QIJ@UFZP?9QA^P@MP'4@V14PA^@]2.8"X AND Y OF SET"
PA^!
@8T@DTG?WUF\P@JP@DAQ@J@8PA[PG?AQA[@8P@YP@DPG?CAQ@Y@8P@\P@DP?0@EAQ@\8PIJPG?P?0@EAQIJUF^XA^8"CORRECTIONS "
8&T@PW8&P@P&@P?*(A@Z3DUF Y1HUF"%8"THE CORRELATION COEFFICIENT = "
UF$P@MP@YCP@JPA[CBQB
@8P@MP@\CP@JP?0@EBP@MPIJCPA[P?0@EBC)FQB&@UF&PB
PB&D@P?'CP?$A@)H@P?'DQB
8PB
!%UF([4M8Y1HU
P%8"RERUN"
@8&T@PW8&P@P&@P?6(A@Z46U
R"OTHER PROGRAM"
@8&T@PW8&P@P&@P?*(A@Z488YA?U
TGU
>OPD
0QW4@
3056
0S7\5%@PT
0
0
37504@
1036
0R'(Q>@=@PRINT"3. STA3"\PRINT"4. STA4" 
42PRINT"5. STA5"\PRINT"6. STA6"\PRINT"7. STA7"\PRINT
50PRINT"OPTION ";\INPUT O \ PRINT\PRINT 
60ON O GOTO 100,150,200,250,270,330,400 
80 PRINT"STA5 WILL COMPUTE THE SLOPE AND OTHER STATISTICS FOR A"
100 PRINT"STA1 WILL COMPUTE THE MEAN, VARIANCE, STANDARD