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G}JB|,#P#DE 1 HI BDEHHII 1 B 1 ,^ 1 70,0La- B V,#PH},^ 1 70 0L#L!-* 1P* 1 y0Yj383}mm ݭI}}`8}``|* ? ɛ,`|:-)| / 1L!`DESTINATION CANT BE DOJ}S.SYS0 0H{ 24Δ 28/L!/) 2 Π 2 0 ξK}hAΞB,0 J 1 BDEHI,HÝDE 1HIHIDELSAVE-GIVE L}FILE,START,END(,INIT,RUN)O S0 1`BDEPHI V` S0H 1 L!M}0 0 1L~0`PLEASE TYPE 1 LETTER,0`hhL! 70 1L0L<1 ,;ɛ7,"ɛ:ݦ1ݥN}A"D|ݤD|ȩ:|ȩ|ɛ,,(/+.ީ1 1,ɛ`轤{NAMEO} TOO LONG B VL!` L1I H1EΝDL1|mDiE` V0`8d/8 i:222 1 LP}!ERROR- 170ɛ+,' 20*.. өr2 1``2TOO MANY DIGITSINVALID HEXAQ}DECIMAL PARAMETER800 0 8 00`,0'D800 H,ɛh`2L1NEED D1 THRU D8uR} ECIMAL PARAMETER800 0 8 00`,0'D800 H,ɛh`2L1NEED D1 THRU D8u05  15 2 2151^116115ύ011$r2ԭ5 3)5)5ԭx GT}@@L00)+& 2 L0=ɛ -L!1LV1L1 /3 3ȹ441L-4 v3 25 2H 2h͔5U}L3L3 2 k3U hh`DOC`QL3P1Lk0S1H /3h0B k3@ VL0LU!#$53 1181118V}1111Ε5 1Lk0552 1Ȍ1i111i11115Lk0pppB4f5&&&&&&&&^6f^6&&&&&W}&&A1@BJ D2ELVK@BHILV^Щ6 2BD2EJ VBD5EHI0 V0%5X}5 2iХiL[2 25 25`D:*.*` i@`8 ``@i `8@`0 BLV525<4Y}5`HH i ԍΗ552 ԍhh@ Lح1Э1Ѣ 24.4 24Z}4`D4E` 2BJ k3LVRH` 2BD4EhK)I JLV333 BASIC language TUR > TURBO BASIC OBJ| f}COM > MACHINE language DOC > DOCumentation PIC|MIC|FNT|MVM > Graphics AMS|MUS|MBD > Music LST > BASIC g} LISTing -Some MACHINE language programs can only be run by loading the MENU without BASIC! ------- -For s h}ome programs, XL/XE models may require a "TRANSLATOR" program (available from BELLCOM) to be loaded first! -Most i}programs are relatively self-explanatory; however, some may have separate DOCumentation files. Some BASIC programs m j}ay contain instructions in their program listings. LIST to read. -To view DOCumentation files one page at a time, k} press [START], [Return], or the Joystick Trigger to display the highlighted DOC file. Pressing the [Esc] key cau l}ses a return to MENU. -To print out a hard-copy of any DOCumentation file, [Q]uit the MENU, boot DOS, and then from m} DOS, use the (C)Copy command: D:Filename.DOC,P: -To use this great MENU program on your own disks, simply n} copy the file "AUTORUN.SYS". D:Filename.DOC,P: -To use this great MENU program on your own disks, simply ! 5ANAMESNAMEDECCOUNTEMPCHILCINSAMSAVINGAVAILCASFINEXEMERDEBMORMORENEDEDEDCCARYAGTCNEENp}CNEEANNINFAMINFAMINCTEMLINEE@@rAA  q} r} &&;@,;@%,;@%, LIFE INSURANCE CALCULATOR))HOs}W MUCH LIFE INSURANCE DO YOU NEEDBY FRED N. BUSH 72327,200( (}+%AR@7A @IAt}AP[-@@($HOW MUCH LIFE INSURANCE DO YOU NEED?2] #@`!-@@%"9-%@@u}A >:,U-@AY ] 7!-@#@!(, LUTCF<))66,89,32,70,82,69,68,32,66,85,83,72F-@v}A  PU (}-@@4(TURN ON YOUR PRINTERU(WOULD YOU LIKE INSTRUCTIONS?U @Z6( ANSWw}ER (Y/N) "4Y, B6 Ad0N@*** BASIC INFO INPUT ***&&3>:@,>:@',>:@ix}, 3 3 353LIFE INSURANCE NEEDS353BASIC INFORMATION A@(WHAT IS YOUR NAME3NAME:y} QQ(IWHAT IS YOUR SPOUSE'S NAME (IF MARRIED)? PRESS RETURN IF NONE4A3 SPOUSE Nz}AME: &&(HOW MANY CHILDREN DO YOU HAVEA6- ;@%,";AP,#-{}-@AP)67,.>:@2,- $B67@,.#67@%,.367@,.B6.7@,'FF(>ENTER EACH C|}HILD'S NAME, PRESSING BETWEEN EACH NAME,::67++$@%,%@,<++$@%,%@%,,..??67++$@%}},%@%,<++$@%,%@%,,.>:AU,1)6-%@)!+&@,AP6 A^3 3 A~}3>:@, SPOUSE NEEDS''(DO YOU HAVE EXISTING INSURANCE? A?;(3IF SO, PLEASE ENTER AMOUNT ON MAIN } WAGE EARNER?##3LIFE INSURANCE IN FORCE: XT(LENTER VALUE OF ANY SAVINGS ACCOUNTS, INCLUDING CD'S, AND OTHER IN}VESTMENTS.X*$3INVESTMENTS PLUS SAVINGS: '3*3 6-%%!(AMOUNT FOR FINAL EXPENSE %##3FINAL EXPENSE} ALLOTMENT: '#(AMOUNT FOR EMERGENCY FUND '3EMERGENCY FUND: )%(AMOUNT FOR DEBT LIQUIDATION )!!}3DEBT LIQUIDATION FUND: (MORTGAGE BALANCE C1 ENTER AMOUNT OF MONTHLY RENT5C6-$A }(!(3MORTGAGE BALANCE: !!!3 RENT FUND: AA(9ENTER AMOUNT DESIRED FOR EACH CHILD'S EDUCAT}ION PER YEAR.A0++(#NUMBER OF YEARS YOU WISH TO PROVIDE &6-+$,$&3EDUCATION FUND:} 40((AMOUNT PER MONTH FOR CHILD CARE EXPENSE 4A`!)%(WHAT IS YOUNGEST CHILD'S AGE )&6}-+$@,'?03CHILD CARE FUND: 1 6-P:,:6-%%%%%%D3TOTAL CASH NEEDS: N"3"3AVAIL}ABLE RESOURCES: X= 6-&3=3(CASH STILL NEEDED FOR BASIC CASH NEEDS: ] Ab&&(DO YOU WISH TO STOP HERE }(Y/N)l""(OR DO YOU WISH TO PROCEED?qv 4Y A5 A@{4NA}0NA%AR}"3>:@,%%!(INPUT YOUR ANNUAL INCOME%E BP; 'SOCIAL SECURITY WILL PROBABLY BE ENOUGHE} A@!!!BP* BA!!!B* BPA!BIAL6-+$?5,'?}V<3FAMILY INCOME FUND: ( A 2 A5< A@%6-+$?E,'?% A%6-+$?`,'?%} A6-$>X0 6-6-$A6-P:,6-'A A0$ O3O3THIS WILL PROVIDE  }PER MONTH AND LEAVE  TO PASS ON TO YOUR 3 CHILDREN. @3@35THIS WILL BE IN ADDITION TO SOCIAL SECURITY EXPECTED.} $ 6-% :3:3-THE TOTAL AMOUNT OF NEW INSURANCE NEEDED IS:  <3<31YOU SHOULD TAKE CARE OF THIS AS SOON AS} POSSIBLE. LL3DCALL YOUR LOCAL AGENT OR BROKER AND REVIEW THIS FACT SHEET WITH HIM. $ A@?;(2DO YOU WISH }TO CALCULATE THE NEEDS FOR YOUR SPOUSE?4YA0NA@ A@' *** INSTRUCTION MODULE **}*' (}''A @'A@@$'HH(@This program will help you figure needs for life insurance..'@}@(8Simply enter the information called for at each prompt8'99(1and you will find out what your needs really are.B'44(,}Don't be alarmed if the numbers seem large.L'33(+Recent surveys show that as a rule of thumbV'33(+the average wage earne}r needs 5 to 9 times`'--(%his or her annual income in coverage,j'''(in addition to Social Security,t'((( in the typic}al family situation.y'==(5Your professional life insurance agent would be happy~'++(#to review this fact sheet with you.}' '&&(FOR MORE INFORMATION PRESS ɢ'11()TO RETURN TO PROGRAM PRESS ANY OTHER KEY' B@'4I B}'$*3>:@,*GG3?The Final Expense Fund is to pay funeral bills and clean up any+SS3Kunpaid medical bill}s, and estate or other legal or administrative expenses. +??37This fund is usually equal to about 50% of your salary.+/3}/3$The Emergency Fund is for just that. +9931It is a block of money left on deposit to pay for*+\\3Textraordinary expen}ses such as a new roof, major car repairs or replacement, etc.4+::32It is usually equal to about 50% of annual income.>}+F3F3;The Debt Liguidation Fund is to pay off any debts which areH+553-not already covered by credit life insurance.R+.}.3&Enter your total amount of such bills.\+C3C38The Mortgage/Rent module asks for your mortgage balance.f+??37If you a}re a renter, enter a '0' at the Mortgage promptp+JJ3Band then enter the amount of your monthly rent at the next prompt.z+8}830The program will capitalize a Rent Fund for you.+P3P3EThe Child/Home Care Fund will capitalize a fund to provide the} amount+==35necessary to provide the monthly payment you entered.+==35This fund will be based on your youngest child's }age.+AA39Child care usually costs at least $300 to $400 per month.+G3G3< The Education Fund module allows you to prov}ide a selective+333+amount per year for your child's education.+OO3GThis amount should be that charged by the school yo}u wish your children+3 to attend.+9393.The Family Income module calculates the amount+BB3:of money necessary to }keep your family in their same world+DD3P,$A,'AQ @*$@&P:$@, >[ A"A A%BR67B:,%@,.=:,.67B}:,%@,.46.H67B:,%@,.R AuE 6.F67B:,%@,.J6-@T6. }^M 6.06.=:,#B:, @M67B:,%@,.7@<@&B:,,hF 6.=:,)67B:,%@,. F6.7B}:,&&@ TO CONTINUE'$D:TAXDEP@@ 1@@(5 MGHIZZ9ACTCTNTBZ2BF1CDERSSSSMXCDSEJR@}@@@  @   2}> H R \ f2%2 !"#}$%&' TIMUSAN6-ss;@,;@,;@,;@P,;@,};@,;@,;@,;@P,;@P,6-@//6.%  / +},  ŠŠ/ ,, $TO USE THIS PROGRAM THE SUBJECT MUST++ #KEEP A CAREFUL LOG OF HOW HE SPENDS}-- %HIS TIME FOR A WEEK, OR POSSIBLY SOME#++ #SOME OTHER PERIOD. EACH CATAGORY OF%,, $ACTIVITY IS GIVEN A CODE, E.G}. LUNCH(## MIGHT BE A 1. THE CODES ARE*-- %SUCCESSIVE INTEGERS BEGINNING WITH 1.-- - "WHEN THE DESIRED AMOUNT OF }DATA IS/,, $AVAILABLE THEN FOR EACH ACTIVITY AND2,, $TIME PERIOD THE USER ENTERS THE CODE4,, $AND NUMBER OF MINUTES }PERFORMING THE7  ACTIVITY.<. . #THE FINAL PRINTOUT IS A SUMMARY OF A,, $THE PROPORTION OF TIME SPENT ON EACHF}  ACTIVITY.Z% ! PRESS TO BEGIN%d +nZ AL 9ENTER THE NUMBER OF DIFFERENT ACTIVI}TY CATEGORIESPZ BsL6-AL;+%@,$@,9,9,9%@,9%@,t$$67$%@<}$%@,. ur-@%@E67+&@,$%@<$,. T68,-c68,-r68,-}v x -@  CATEGORY o AE+ DESCRIPTION(<=10 CHARS.)/86-B:,e67+&@,}$%@<+&@,$%,.o B   A @< 3IS CATEGORY PRINTOUT ON LINE PRINTER DESIRED }(Y/N)@%0Y*0N B% Ap@ 4Y< +PRESS WHEN LINE PRINTER IS READY@D 4Y}-@@3---7+&@,$%@<$,D  4Y3  }** "TIME USE INPUT NEXT. FOR EACH ITEM}((  ENTER CODE AND NUMBER OF MINUTES -- %PERFORMING THE ACTIVITY AT THIS TIME. ,, $ENTER 0,0 TO END AND -1,0 TO DISPL}AY  CATEGORIES. 300 ENTRIES MAY BE MADE##  THERE ARE  CATEGORIES.*6-*NUMBER OF TIME USE I}TEMS "q A# ENTRY %@?  ENTER CATEGORY #,TIMEEV68%@,-g68%@,-q B'}H/8%@,"*8%@,"9 AHFINISH ENTRY)D08%@,"6@*8%@,": A}D A,ZF8%@,P:8%@,,)8%@, @)8%@,!P BZ A66-%@@}6-%8,TOTAL TIMEJ3688,,-88,,%8,3TOTAL TIME IN CATEGORYO4688,,-88,,%@4NO.TIMES IN CATEGORY}T AANALYSIS AND PRINT OUT//6.%TIME(MIN) # OCCUR AVG.TIME %TOTAL0, #IS LINE PRINTER OUTPUT DESIRE}D(Y/N)0%0Y*0N B% A@9 4Y5 $PRESS WHEN LINE PRINTER READY9- 4Y'3 } TIME USE ANALYSIS-3  +-@==  CATALOG #-  DESC.- 7+&@,$%@<$,E 4}YE3 CATALOG #-  DESC.- 7+&@,$%@<$,  4Y3 6-8,6-8,*8,! 6}-8,'8,* A6-6-8,'$Al&6-P:+%>P,$A,'AI6-P:+%>P,$A,'A}l6-P:+%>P,$A,'A' 6.=:,6.=:,6.=:,'6.=:, E 6. A6.6.) A/6.}56.? AE6.36-@6-@'6-@%36-@7A 6-B:,,67@<&,.7@<&,A67&}%@<,.E 6-B:,067%@<&,.7%@<&,E67&%@<,.!E 6-B:,067%@<&,.7%@}<&,E67&%@<,.#E 6-B:,067%@<&,.7%@<&,E67&%@<,.& + 4Y30-- }%_____________________________________55 4Y53%_____________________________________6%6-%@%@A }: D    ))ROUTINE TO PLACE 0'S IN RIGHT PLACE* 6-B:,4-@>7<,4.APH M%"}67%@<%@,..00%$R"%@$\# 67%@<%@,.0#$1- $PRESS TO CONTINUE WITH }OUTPUT1# +6-# @LIST CATEGORIES ON SCREENK +-@D  7+&@},$%@<$,H K$G +-@C  7+&@,$%@<$,G ';  ҡ ٠}Ρ 4-@A8 ;$t'%! PRESS TO CONTINUE% D:TIMUSAN<$,G ';  ҡ ٠W,-PaZ9ABCINAZ2BCDEFCCIIC @@@@ }  }********************* SEASIND ********************* (}**(" ̠ؠҠŠ }(t%(MOST BUSINESSES SHOW SEASONALN($VARIATIONS OF SALES. THAT MEANS THATt(!THE SALES AT ONE TIME OF THE YEAR# }T,($ARE HIGHER THAN THOSE AT OTHER TIMEST(#YEAR AFTER YEAR. THE SEASONAL INDEX(u%(FOR A SEASON(OR MONTH) IS THEO(%P }ERCENTAGE THAT SEASON'S SALES ARE OFu(!THE SALES IN AN 'AVERAGE' SEASON.-S,($FOR EXAMPLE IF A STORE SELLS $60,000S("PE }R YEAR, OR $5,000 PER MONTH AND 2G,($AVERAGES $8,000 DURING JUNE THEN THEG(INDEX FOR JUNE IS 160.7(<Q*("THIS PRO }GRAM WILL COMPUTE SEASONALQ("INDICIES. WHAT IS NECESSARY IS THEAN'(INPUT OF SALES AMOUNTS FOR EACHN("SEASON FOR AT LE }AST SEVERAL YEARS.FU+(#THE PROGRAM WILL ACCEPT FEWER YEARSU(%BUT THE RESULTS WOULD BE MEANINGLESS.K(;@,; }@,P"(PRESS RETURN TO BEGIN"d999A<@,9@,9@,9@,n (}x@ A 2( }NUMBER OF SEASONS IN YEAR(<=12)6@ B}4 !@) @)P:,* B4 A P A03(!NUMBER O }F YEARS OF DATA AVAILABLEB( (<=100)FP B4 !A) )P:,* B4 A0(66- }#-@@268,-6 -@(DATA FOR YEAR -@F A-( ENTER }DATA FOR SEASON 1<68<,-F B*68,-8,%8<,*SEASONS TOTALL.756-%8<,  (6- }'+$,(AVERAGE SEASONAL SALES5-@68,-8,'# 5SEASONS AVERAGE7-@#68,-8,'+$,' 7 }RATIOS NEEDED,+'(IS LINE PRINTER OUTPUT DESIRED+6%0Y*0N B% A@7 4Y3("PRESS RETURN WH }EN PRINTER IS READY7JG (}D(AVERAGE MONTHLY SALES = $P:A$%?P,'AG(^I 4YF3AVERAGE MONTHL }Y SALES = $P:A$%?P,'AI(h++(#SEASON AVERAGE SALES INDEXr9 4Y33#SEASON AVERAGE SALE }S INDEX93 PRINT USING ROUTINE<<;@6,;A,;@P,;A,;@P,-@& }6.6.6.6.&6."@6. " AP 6. *8,C 6. * AP }+8,B!6. + AP,8,B"6. , AP-8,A#6. - A }P.8,A$6. . AP/8,@%6. / AP08,@&6. } 0 AP6. &))6-+P:8,$A%?P,,'A0&&6-+P:$@%?P,,'@: }#"P:8,,6..00# AD "6.0X)8,B6. ) A`b*8,A 6. * } A`l+8,A!6. + A`v,8,@"6. , A`-8,@#6. } - A`6. ))6-+P:8,$A%?P,,'A&&6-+P:$@%?P,,'@#"P: }8,,6..00# A "6.0 $! 4Y!3$  ( t'8(IN }PUT ERROR TRY AGAIN1-@A5 8$ D:SEASIND! 4Y!3$  ( t'8(IN @O ZLLWWPd*********************%} QUEUE1 *********************;A, - (}*( ǠŠ-(r)(!WAITING LINES %}OCCUR IN ALMOST ANYR($SYSTEM FROM THE SUPERMARKET CHECKOUTr(COUNTER TO THE RUNWAY AT ANp,($AIRPORT. IN ANALYZING A W%}AITING LINEP(SITUATION, ON THE ONE HAND LONGp(WAITING LINES CAUSE LOSS OFo-(%BUSINESS EVEN IF ONLY DUE TO CUSTOMER%}Q(DISSATIFACTION WHILE INCREASINGo(SERVICE INCREASES COSTS.  IN THIS  B! (}(s*("WE ASSUME T%}HERE IS A SINGLE SERVERT(%(E.G. CHECKOUT PERSON),WHO CAN SERVE,s(ON AVERAGE, A GIVEN NUMBER2t,($OF CUSTOMERS PER TIME%}. THE CUSTOMERSV(%ARRIVE RANDOMLY AT SOME AVERAGE RATE.t(THE WAITING LINE IS FIRST<q)(!COME FIRST SERVED. WE EXAMINE %}THER($PROBABILISTIC CHARACTERISTICS OF THEq(WAITING LINE OR QUEUE. THEFu(( AVERAGE SERVICE RATE IS THE MEANK(SERVI%}CE RATE WHILE THE AVERAGEu(%ARRIVAL RATE IS THE MEAN ARRIVAL RATEP(Z B_t (}.( ONE REQUIREMENT IS THAT T%}HE MEANX(%SERVICE RATE BE GREATER THAN THE MEANt(ARRIVAL RATE. OTHERWISEd++(#THE QUEUE WOULD GET INFINITELY LONGn% }(sr'(WHAT AVERAGE MEANS IS SOMETIMESK(LONGER SOMETIMES SHORTER BUT IFr("SOMEONE LOOKED AT THE QUEUE EVERY xn(( DA% }Y FOR A MONTH THEN THE AVERAGEN(!(MEAN) QUEUE LENGTH FOR THE MONTHn(WOULD BE CLOSE TO WHAT WAS( COMPUTED (% }HERE("(PRESS RETURN TO BEGIN" (}J,($ŠǠŠΠҠҠG( % }J(B A 4(! ENTER MEAN ARRIVAL RATE OF UNITS8B BB A04(! ENTER MEAN SERVICE RATE OF UNITS8% }B B?)2(NO NEGATIVES ALLOWED5(? A L  .( SERVICE RATE MUST AT LEAST EQUAL?( AR%}RIVAL RATEB(L A K6-'+&,'6-#@'+$+&,,96-@'+&,C6-$'K6-',(6DD(AVERAGE LENGT%}H OF THE QUEUE = P:$B%?P,'B@DD(AVERAGE LENGTH OF THE SYSTEM = P:$B%?P,'BJEE( AV%}ERAGE WAITING TIME ON QUEUE = P:$B%?P,'BTFF(!AVERAGE TIME WAITING IN SYSTEM = P:$B%?P,'B%}^DD(PROBABILITY SYSTEM IS BUSY = P:$B%?P,'Bh?( (.( SYSTEM TIME IS WAITING TIME PLUS?( SE%}RVICE TIMEr%(!(PRESS RETURN FOR MORE%| (} At'+!(PRESS RETURN TO CONTINUE%((+$D:QUEUE1%}VICE TIMEr%(!(PRESS RETURN FOR MORE%| (} At'+!(PRESS RETURN TO CONTINUE%((+$D:QUEUE1$Q) 9 ZZSMMSZ9 *******************)}* MARKUP ********************;@, (}( Р(l$(MARKUP IS THE G)}ROSS PROFIT AE(BUSINESSMAN MAKES ON AN ITEMl("EXPRESSED EITHER AS A PER CENT OF #S*("COST OR SELLING PRICE. THE PRESE)}NTS($PROGRAM DETERMINES THE SELLING PRICE(s)(!GIVEN THE PRICE AND MARKUP. ALSO,N( GIVEN COST AND SELLING PRICE THEs()} PROGRAM CAN COMPUTE MARKUP BASED-""(ON SELLING PRICE AND COST.2(<%! PRESS RETURN TO CONTINUE%_;@ )},d (}(  n4(( 1. COMPUTE GROSS MARKUP BASED ON4( COSTx=(( 2. COMPUTE GROSS MARKUP BASED ON)}=( SELLING PRICEC*("3. COMPUTE GROSS MARKUP GIVEN COSTC( AND SELLING PRICE 1 A#(MAKE YOUR CHOI)}CE'1 BAAA A GROSS MARKUP BASED ON COST (}%"(ӠР)}ĠΠ%(6 A0((ENTER COST IN DOLLARS,6 B@ A@$(ENTER MARKUP AS %(66-'A@ )}B&6-$+@%,+&&6-+P:$A%?P,,'A0(SELLING PRICE IS $:( BD$X))GRO)}SS MARKUP BASED ON SELLING PRICEb (}l++(#ӠРĠΠǠq v6 A0((ENTER COST IN DOL)}LARS,6 B@ A@$(ENTER MARKUP AS %(66-'A@ B6-'+@&,&&6-+P:$A%) }?P,,'A(SELLING PRICE = $( B$//GROSS MARKUP GIVEN COST AND SELLING PRICE (})!}DD(<ӠРΠԠ  + A0( INPUT COST!+ B4 A5)"}&(INPUT SELLING PRICE*4 B76-A$+'&@,76-A$+@&',I&6-+P:$A%?P,)#},'AI6-+P:$A%?P,,'A(2$(GROSS MARKUP BASED UPON COST2(IS %( ;'(GROSS MARKU)$}P BASED UPON SELLING;( PRICE IS %( B$t'(!(PRESS RETURN TO CONTINUE%($D:MARKUP MARKU(wm$Z9FSVBZZEB@P@B333@B@ -&}****************** BREAKEVEN ****************** +'@'@@9;@-'}, !!  ˭Π )) !FOR THIS PROGRAM,WE ASSUME THAT A -- %COMPAYN HAS CERTAIN FIXED COSTS-(}. THIS#++ #COMPANY IS SELLING AN ITEM SUH THAT%,, $VARIABLE COST/UNIT SOLD OF THAT ITEM(++ #IS KNOWN. WE ALSO KNOW T-)}HE PRICE AT*++ #WHICH THE ITEM IS SOLD. GIVEN THIS --- %INFORMATION WE CAN COMPITE THE NUMBER/++ #OF UNITS OF THE IT-*}EM WHICH THE FIRM2-- %MUST SELL TO JUST BREAK EVEN, I.E. SO4-- %THAT THE NET SALE REVENUE JUST COVERS7,, $FIXED COST-+}S. WE CAN ALSO COMPUTE THE9-- %NUMBER OF ITEMS THE COMPANY MUST SELL<&& TO MAKE ANY GIVEN PROFIT. THIS>&& PROGRAM -,}WILL DO BOTH TYPES OF A  COMPUTATIONS.F Z" PRESS TO BEGIN"d +i ԠŠǺ--}j n> A0 TOTAL FIXED COSTS IN DOLLARS 4> Bs x? A 1 UNIT SELLING PRICE IN DOLLARS 5-.}? B} C A05 "VARIABLE COST PER UNIT IN DOLLARS 9C B 6-'+&,$$6-P:$A%-/}?P,'A( ( BREAKEVEN POINT =  UNITS ,, $TO LOOK FOR GIVEN PROFIT POINT INPUT,, $1, TO DO AN-0}OTHER BREAK EVEN ANALYSIS INPUT 2"@A "@APA Ԡҡ ٠-1}Ρ3-@A7 A A` : AP, WHAT PROFIT DO YOU DESIRE0: B6-+%,'+&, $$-2}6-P:$A%?P,'A  "" SALES NEEDED FOR PROFIT  EQUALS  UNITS G A9 &INPU-3}T 1 FOR ANOTHER BREAKEVEN ANALYSIS=G B""@A D2:BREAKEVNUNITS G A9 &INPU,\GHARRAYFILENAMEDISKFILECOUNCHOICLOOPAUSZLTJZMNEDEV15}d @ 16}************************ DATEVAL ************************@@17} 1 (}.( ĠŠҠ1(u+(#THE MATURITY VALUE OF AN OBLIGATIONT($ALONG WITH THE DATE OF MATURI18}TY IS Au(DATED VALUE. AN EXAMPLE OF Av(( DATED VALUE WOULD BE $750 DUE ONQ($SEPTEMBER 13,1980. DIFFERENT SETS OFv(19} DATED VALUES MAY BE COMPARED BUT#p+(#E.G. TO COMPARE $750 DUE ON 9/13/80P( WITH $900 DUE ON 9/13/82 WE MUSTp(PICK SO1:}ME INTEREST RATE AND(t.(&PERFORM SOME TYPE OF COMPOUND INTERESTS( ANALYSIS. IN THE PRESENT PROGRAMt(THIS IS DONE. WE 1;}ARE GIVEN A2J.(&DATED VALUE MATURING SOME FIXED NUMBERJ(OF YEARS IN THE FUTURE.7;;A,(1(PRESS RETURN TO 1<}CONTINUE5;(}<w+(#WE ALSO HAVE AN INTEREST RATE TO BES(#USED IN COMPARISON. WHAT THEPROGRAMw(THEN DOES IS FIND 1=}AN EQUIVALENTFA)(!DEBT MATURING AT SOME OTHER FIXEDA(TIME IN THE FUTURE.Z(($(PRESS RETURN TO CONTINUE(d (1>}}na A0(ENTER INTEREST RATE TO BE USEDE(IN COMPUTATIONSIW6-'Aa Bx&(&(INPUT FOR GIVEN1?} DATED VALUE}7 A%)( INPUT MATURITY VALUE-7 BS A00( INPUT # OF YEARS INTO FUTUREE( FO1@}R MATURITYIS B ( (k AU2( INPUT # OF YEARS INTO FUTURE FOR](&MATURITY OF DATED VALUE FOR COMPARIS1A}ONak B46-$+@%,#+&,46-P:$A,'AJ(J( DUE IN  YEARS IS EQUIVALENT TO  D1B}UE IN  YEARS(Z A7(%PRESS 1 TO KEEP ORIGINAL DATED VALUE,L(2 TO BEGIN OVERPZ B(?1C}"@ AU%"@/ A5(}? A#"@ A# AU'9(INPUT ERROR!TRY AGAIN!21D}-@A6 9$ D:DATEVAL5(}? A#"@ A# AU'9(INPUT ERROR!TRY AGAIN!20*67(Z9EETSSOPEPSEPEQBCAXPFDEOS@AdBpAXeBAe@5F}AeAr e @A e .d  d dZ dd,dd)d(d@qBq@p'p@5G} dd*************** DILANAL ***************'@'5H}@@9CLEAR 1000<<;A,;A,;A,;A,;A, }~~;A,9A5I},9A,9A,9A,9A,;A,;A,;A,;A,;A,  6..6.  5J}e-@@@ -" C  ΠW-@@@^ -b e  .. &WHEN TWO PUBLICLY T5K}RADED COMPANIES DE-,, $CIDE TO MERGE VIA USE OF AN EXCHANGE// 'OF STOCKS, THE ANALYSIS IS DOMINATED BY,, $THE EXC5L}HANGE RATIO (I.E. # OF SHARES-- %THE SURVIVING COMPANY OFFERS FOR EACH'' SHARE OF ACQUIRED COMPANY), THE.. &PRIC5M}E-EARNINGS RATIOS OF THE SURVIVING++ #FIRM, AND GENERAL CONDITIONS IN THE++ #STOCK MARKET. IN GENERAL WE DO NOT((5N}  WANT EARNINGS PER SHARE FOR THE  ,, $ACQUIRING TO DECREASE. IF A DECREASE"$$ OCCURS THEN DILUTION OCCURS.$// 'IF5O} THE P-E RATIO FOR THE ACQUIRING FIRM&)) !REMAINS AS BEFORE THE MERGER THEN(.. &DILUTION MEANS A LOWER PER SHARE STOCK5P}* PRICE.,,, $IN THIS PROGRAM WE INPUT FOR EACH OF.((  THE TWO COMPANIES THE FOLLOWING:/( $ PRESS RETURN TO C5Q}ONTINUE(04 }4 &EARNINGS AFTER TAXES, SHARES OUTSTAND-2,, $ING, EPS, SHARE PRICE AT TIME OF EX-4++ #CHANGE. 5R}WE ALSO INPUT THE EXCHANGE6-- %RATIO. OUTPUT CONSISTS OF THE NUMBER8,, $OF NEW SHARES ISSUED, EARNINGS AFTER:,, $TA5S}XES AND EARNINGS PER SHARE FOR THE< SURVIVING FIRM.Z% ! PRESS RETURN TO BEGIN%d }n:. &ҠŠ5T}ǠҠŠ7 : x< A . EARNINGS AFTER TAXES 2< By68@,-{ }< 5U} A%. SHARES OUTSTANDING 2< B~68@,- < A0. PRICE AT TIME OF EXCHANGE 5V}2< B68@,- }9$ ҠŠǠҠ6  Ġ9 K AP. EARNINGS 5W}AFTER TAXES 2A68@,-K B K AU. SHARES OUTSTANDING 2A68@,-K B5X} K A`. PRICE AT TIME OF EXCHANGE 2A68@,-K B }= Ap/ EXCHANGE RATI5Y}O 3= BCOMPUTATIONS^&68@,-8@,'8@,I68@,-8@,'8@,^E5Z}ARNINGS PER SHAREV&68@,-8@,'8@,I68@,-8@,'8@,VP-E RATIOS**SUBSCRIPT 3 REFE5[}RS TO MERGED COMPANY&&68@,-8@,%8@,((68@,-8@,%8@,$&&68@,-8@,5\}'8@,, }6336.) ACQUIRING ACQUIRED ACQUIRING @226.( (BEFORE) (AFTER) J 5]}  O"-@@@ -" T ^D 6.EAT6-8@,+6-8@,:6-8@,D AhG6.5^}SH.OUT6-8@,.6-8@,=6-8@,G AmD 6.EPS6-8@,+6-8@,:6-8@,D A5_}rD6.PE RAT6-8@,.6-8@,:6-D AF 8 EXCHANGE RATIO IS  ACQUIRING FOR EAC5`}H 1F  ACQUIRED.2 2 'ASSUMING NEW P-E RATIO WILL BE BETWEEN 3# 8@, AND 8@,3  NEW PRICE "" 5a}PER SHARE WILL BE BETWEEN 99 8@,$8@, AND 8@,$8@,2 . "PRESS RETURN FOR MORE COMPUTA5b}TIONS2CLEAR 1000 AE 6- A 6.6-) A /6.56-? A E6.L @5c}@ 1@@6 H@@1L $6.=:P:$A,," A `*B:, 5d}@  6-%@* A 0 A P!67B:,%@,.! A "@ A `!!6.7@-- %FOR THE PURCHASE OF CERTAIN FIX9z}ED LOTA** "SIZES. THERE IS ALSO AND ORDINARY C)) !PRICE/UNIT IF THAT PARTICULAR LOTF SIZE IS NOT OFFERED.Z" 9{}PRESS TO BEGIN"d +i ҠŠǺn< A. ANNUAL DEMAND(IN UNITS) 2< B9|}x< A . REORDER COST(PER ORDER) 2< B< A0. HOLDING COST(PER UNIT/YEAR)2< B9}}< A@. NORMAL PURCHASE PRICE/ITEM 2< BB A` 4 HOW MANY LOT SIZES ARE OFFERED8B B9~}-@ FOR LOT SIZE # @ A)  LOT SIZE QUANTITY -668,-@ B@ A)  P9}RICE/UNIT -668,-@ B  0!68,-M:@$$',068,-;-769}8,-$8,%'8,$%8,'@$; ,--6.# # SIZE PR./UNIT TOT.COST^ +h-- %# REFERS TO THAT LOT 9}SIZE #. LOT SIZEm)) !#0 REFERS TO THE LOT SIZE WITHOUTr-- %CONSIDERING THE QUANTITY PRICE BREAKS|  -9}ԠǠś{ 6-/6-P:+8,%?,$A,'AU6-P:+8,%>P,$A,'A{6-P:+9}8,%>P,$A,'A' 6.=:,6.=:,6.=:,'6.=:,E 6. A6.6.) A/6.56.? 9}AE6.36-@6-@'6-@#36-@5A 6-B:,,67@<&,.7@<&,A67&%@<9},.E 6-B:,067%@<&,.7%@<&,E67&%@<,.E 6-B:,067%@<&,.7%@<&,E69}7&%@<,.E 6-B:,067%@<&,.7%@<&,E67&%@<,.  6-J-9} 8, 6-8,6-& + 6-8,6-8,0B  MINIMUM COST IS B ATTAINED BY CHOOSING LOT SIZE 9}N/ ! PRESS FOR MORE%/ AŠϠŠӛ 6-B:,-@7<,4.A9}` %"67%@<%@,..00%$$%@"$.# 67%@<%@,.0#$ D:FQEOQPBA8yiZCCQTd *=}******************* FQEOWSH ******************** Q (}1(#٠٭Ġ٠N( =} ȠQ(t*("THIS PROGRAM INVOLVES AN INVENTORYS($PROBLEM FOR WHICH IT IS ASSUMED THATt(THE FOLLOWING CO=}NDITIONS HOL:*(" THERE IS A CONSTANT ORDERING COST:( PER ORDER#?+(# INVENTORY HOLDING COST IS CONSTANT?( PER U=}NIT HELD(;!( BACKORDERS ARE PERMITTED;( (STOCKOUTS ALLOWED)2I.(& DEMAND FOR THE ITEMS ARE CONSTANT ANDI( UNIFO=}RM THROUGH TIME7++(# THERE ARE NO QUANTITY PRICE BREAKS9F*(" PRODUCTION RUNS(OR REORDERS) MUSTF( BE PLANNED IN ADVA=}NCE:5;A,(1(PRESS RETURN TO CONTINUE5; (}<u.(&WE SHALL INPUT ANNUAL DEMAND, ORDERINGX(%COST, HOL=}DING COST PER UNIT PER YEAR,u(AND ANNUAL COST PER UNITA (SHORTFm.(&OUTPUT INCLUDES OPTIMAL ORDER QUANTITYV(#REOR=}DER POINT, AND EXPECTED MAXIMUMm(INVENTORY QUANTITYP Z"(PRESS RETURN TO BEGIN"d (}n> A0(ENTE=}R ANNUAL DEMAND(IN UNITS)4> Bx> A 0(ENTER REORDER COST(PER ORDER)4> BB A@4(!ENTER=} HOLDING COST(PER UNIT/YEAR)8B BC A`5("ENTER SHORTAGE COST(PER UNIT/YEAR)9C B9 6-M:@=}$$'$+%,',9OPTIMAL ORDER QUANTITYC"6-M:@$$+%,'+$$,,CTIME INTERVAL BETWEEN REORDERS 6-M:@=}$$'$'+%,, },(6..(OPTIMAL ORDER QUANTITY IS  UNITS; @D)(!THE OPTIMAL TIME INTERVAL BETWEEN=}D( REORDERS =  YEARSE J T-- %THE EXPECTED MAXIMUM INVENTORY LEVEL ^.. FOR EACH ORDER PERIOD =  =}UNITSh |"(PRESS RETURN FOR MORE" A D:FQEOWSHY LEVEL ^.. FOR EACH ORDER PERIOD =  <L  TZ9 *******************A}** FQEOQ ********************* + --(% ٠٭Ġ٠t*("THIS PROGRAMA} INVOLVES AN INVENTORYS($PROBLEM FOR WHICH IT IS ASSUMED THATt(THE FOLLOWING CONDITIONS HOL<+(# THERE IS A CONSTANTA} ORDERING COST<( PER ORDER#A,($ INVENTORY HOLDING COST IS CONSTANTA( PER UNIT HELD(E&( NO BACK ORDERS ARE A}PERMITTEDE( (STOCKOUTS NOT ALLOWED)-6)(! ORDER LEAD TIME IS CONSTANT AND6( KNOWN2K+(# DEMAND FOR THE ITEMS A}ARE CONSTANTK( AND UNIFORM THROUGH TIME7--(% THERE ARE NO QUANTITY PRICE BREAKS.<u(0(%WE SHALL INPUT LEAD TIME,A}ANNUALDEMANDX(#ORDERING COST,HOLDING COST PER YEARu(AND UNIT PURCHASE PRICE.Fr%(OUTPUT INCLUDES OPTIMAL ORDERJ( QUA}ANTITY,REORDER POINT,AND TOTALr(#ANNUAL COST OF THE INVENTORY SYSTEMP;@,U Z$ (PRESS 'RETURN' TO BEGINA}$d +n> A0(ENTER ANNUAL DEMAND(IN UNITS)4> Bx> A 0(ENTER REORDER COST(PER ORDER)A}4> B6 A0((ENTER LEAD TIME(DAYS),6 BB A@4(!ENTER HOLDING COST(PER UNIT/YEAR)8A}B B> AP0(ENTER PURCHASE PRICE PER UNIT4> B16-M:@$$',1OPTIMAL ORDER QUANTITY9A}6-$'Ae9REORDER LEVEL BASED ON 365 DAY YEAR, +6N@(OPTIMAL ORDER QUANTITY IS P:$A%?P,'AA}N( UNITS@TG(THIS MEANS ORDER ABOUT P:A$'%?P,'A TIMEST(PER YEARJ88( OR ABOUT EVEA}RY P:Ae$'%?P, DAYSTlD(THE REORDER LEVEL IS P:A$%?P,'A UNITS.l(# I.E. WHEN THE QUA}ANTITY IS REACHEDY88( REORDER P:A$%?P,'A UNITSht(( THE TOTAL INVENTORY COST(HOLDINGQ($ +REORDA}ERING+COST OF ITEMS) PER YEARt( EQUALS $%$'%$'@r(|$ (PRESS 'RETURN' FOR MORE$ AA}D:FQEOQ OF ITEMS) PER YEARt( EQUALS $%$'%$'@r(|$ (PRESS 'RETURN' FOR MORE$ A@ l}AAPPPVZ9Ao d E} PROFIND (}9A,;A,@,, $ ٠ؠƠ(VV(NTE}HE PROFITABILITY INDEX OF A PROJECT IS SIMPLY THE PRESENT VALUE OF THE FUTURE#X,($(EXPECTED) NET CASH FLOWS DIVIDED BYX(E}'THE INITIAL CASH OUTLAY. AS LONG AS THE(O-(%PROFITABILITY INDEX IS GREATER THAN 1O(THE INVESTMENT IS ACCEPTABLE.-X(E}.(#IN THIS PROGRAM THE USER INPUTS THEX(%CASH FLOWS OVER THE LIFE OF A PROJECT2//('(UP TO 100).EXCEPT FOR THE INITIAL E}COST7Z/('A NEGATIVE CASH FLOW MEANS CASH OUTFLOWZ(&THE USER ALSO ENTERS THE INTEREST RATE<F+(#WHICH THE PROJECT CAPITE}ALIZED UNDERF((I.E. RETURN DESIRED).A7-(%THE PROGRAM OUTPUTS THE PROFITABILITY7(INDEXB F- PRESS RETURN TO BE}EGIN #- A (}V A: 'ENTER RETURN DESIRED FOR THIS PROJECT %>L6-'AV BN A E}3 !ENTER INITIAL CASH OUTLAY FOR THE@(PROJECTDN B6-f A@5 INPUT CASH FLOW FOR YEARE} %@G( (-9999 ENDS)K\68%@,-f A@38%@,6A)6-%@3 A@,))ALL INPUE}TS ARE ENTERED. NOW COMPUTE1 (}66-@-@J6-%8,'+@%,#T ^ 6-'))(INIE}TIAL CASH COST OF PROJECT = &&6-+P:$@%?P,,'@ Q+(#PRESENT VALUE OF FUTURE CASH FLOWS Q( E} =  ((6-+P:'$B%?P,,'B%%(PROFITABILITY INDEX EQUALS  ( (E}4 PRESS RETURN FOR MORE #* }4 A D:PROFIND,'B%%(PROFITABILITY INDEX EQUALS  ( (DCuPBPCQBZ9@@@ I}d********************** PRINDLAS **********************;A, (}@I} &&  ӠŠ Y/ 'COMPARING PRICES AT A FIXED TIME IN THEY(%PAST, CALLED THE BASE YEAI}R TO CURRENTH"(PRICES IS NOT THAT SIMPLE.H(!THIS IS BECAUSE NEW ITEMS HIT THEv)(!MARKET AND THE USE OF OTHER ITEMSI}P("CHANGE THROUGH THE YEARS. THE U.S.v(!DEPARTMENT OF LABOR USES A METHOD#U-(%BY WHICH QUANTATIES FOR THE BASE YEARU(I}#ARE USED AND ARE WEIGHTED ONCE WITH(Z.(&BASE YEAR PRICES AND ONCE WITH CURRENTZ('PRICES.THESE TWO WEIGHTINGS ARE DIVIDI}ED-Y-(%AND THE QUOTIENT IS MULTIPLIED BY 100Y('GIVING THE LASPEYRES PRICE INDEX.IF THE2@-(%INDEX IS GREATER THAN 100 I}THEN PRICES@(HAVE INCREASED<(F%! PRESS RETURN TO CONTINUE%_&&9A,9A,9A,d (}nO&I} INPUT ITEMS IN INDEX 1 BY 1 ASO($REQUESTED. A NEGATIVE QUANTITY MEANSx9,($THAT THE USER HAS FINISHED INPUTTING9(THI}E DATA(6-33  FOR ITEM #%@ ENTER THE FOLLOWINGV A`7 $ BASE YEAR QUANTITY (NEGATIVI}E ENDS);L68%@,-V B""8%@, AV Ap7 $ BASE YEAR PRICE I} ;L68%@,-V BV A7 $ CURRENT YEAR PRICE ;L68%@,-V BI}6-%@ AP,6-6-65-@!6-%8,$8,16-%8,$8,5 @ (}J ( (TV)I} !THE LASPEYRES PRICE INDEX EQUALS V(+P:+'$A,$A%?P,,'AY ^4 PRESS RETURN FOR MORE #* I}}4 A@ D:PRINDLASLS V(+P:+'$A,$A%?P,,'AY ^4 PRESS RETURN FOR MORE #* H!  5SFSELZ9d******************** SELLPR *******M}************* (};A,@@ !!( Ǡ(M(( THIS PROGRAM COMPUTM}ES THE PROPERM( SELLING PRICE FOR AN ITEM IF THEQ+(#TOTAL PRICE THE CUSTOMER SHOULD PAYQ(!INCLUDING SALES TAX IS SOMEM} GIVEN(O,($AMOUNT. THE NECESSARY INPUT IS SALESO(TAX RATE AND THE DESIRED FINAL2++(#SELLING PRICE PLUS SALES TAX AMOM}UNT7(<"(PRESS RETURN TO BEGIN"d (}n@ A$(ENTER SALES TAX %(66-'A@ Bs4"M}@4 SALES TAX RATE(%) = $AxD A 6(#ENTER FINAL SALE + SALES TAX AMOUNT:D B6-'+@M}%,&&6-+P:$A%?P,,'A((SELLING PRICE = $(^ A`(7("INPUT 1 FOR NEW TAX M}RATE,2 FOR NEWP(CALC.,SAME TAX RATET^ B (}AAD:SELLPRUT 1 FOR NEW TAX Ll#$(Z9AXDJAAIAIZA1S@@ Q}  @****************** SIMPLEX Q} ****************** +&&;@,;@,;@, $!  Ҡ$ ,, $LINEAQ}R PROGRAMMING IS A MATHEMATICAL++ #TOOL DESIGNED TO HELP MANAGEMENT TO-- %MAKE OPTIMUM USE OF COMPETING RESOUR-++ Q}#CES. IT IS A VERY POPULAR TECHNIQUE((  AND INVOLVES LINEAR INEQUALITIES '' CALLED CONSTRAINTS AND A LINEAR#** "OQ}BJECTIVE FUNCTION WHICH WE TRY TO%,, $MAXIMIZE OR MINIMIZE. THE INTERESTED(** "USER MAY CONSULT ANY INTRODUCTORY *,, Q}$TEXT IN FINITE MATHEMATICS FOR ADDI-- TIONAL INFORMATION./( ( THE NUMBERS OF VARIABLES AND 2'' CONSTRAINTS Q}ARE ONLY LIMITED BY4** "AVAILABLE MEMORY BUT MANY VARIABLE7-- %PROBLEMS MAY TAKE A LONG TIME TO RUN.Z% ! PRESS Q} TO BEGIN%d +8 A* NUMBER OF VARIABLES .8 B8 A* NUMBER OF CONSTRAINTQ}S .8 B::9%@<%%@,9%%@,;%@,-@1" NAME OF VARIABLE  IQ}S&167<,. SETTING UP MATRIX TABLEAUY-@%@1-@%%@B68<,-Q6Q}8,-U Y -@%@ "  CONTSTRAINT &@" -@6.7<,Q A$Q}4 COEFFIEIENT FOR VARIABLE  IS8C68<,-G Q Bg A%F 3ENTER 1 IF <= CONSTRAINT,-1 IF >Q}= CONSTRAINTJ]68<%@,-g BP A'/ ENTER AMOUNT FOR CONSTRAINT 3F68<%@,-P BQ}>%68<%%@,-8<%@,>68<%@,- J!@168<%&@,-8<%@,J68<%@Q},-        >: 1PRESS Y IF A MINIMIZATION PROBLEM, OTHERWISE N>,0Y*0N"  Q}Ԡҡ, AC96 .ENTER COEFFICIENTS FOR OBJECTIVE FUNCTION9 -@? AG6.7<,? COEFQ}FICIENT FOR VARIABLE  ISA68@<,-'68,-@+ 76-@A B: 4N-@668Q}@<,-68@<,: )-@%@.)8<%&@,6@) A/88<%&@,"6@Q}868%&@,-@3>-@%:68%@<,-8%@<,&8<,> 86-%@= B6-@Q}6-@G)-@%#8<,8<,)6-L8<,8<,AQ 6-V `8<,  A@Q}b"@Aj8<,!>Al6-@ At6-@~4-@%@*8 A0(ENTER LIST PRICE OF PURCHASE 4> Bxc A 4("ENTEZ}R NUMBER OF MONTHS IN U( ADVANCE FOR EARLY PAYMENT Yc B^ A04("ENTER DISCOUNT AMOUNT FOR Z} P( MAKING EARLY PAYMENT T^ B? A@1(ENTER DISCOUNT AMOUNT FOR COD 5? Bh AP4(Z}"ENTER NUMBER OF MONTHS (OR PART) Z( AFTER DELIVERY FOR NET PAYMENT ^h B$$COMP PRES VAL AT TIME OF DELIVZ} 6-&COD PRES VAL/6-+&,$+@%,#/EARL PAY PRES VAL36-'+@%,#3TERM NET MA MONT PRES VAL,Z }(6M*("PRESENT VALUES ARE COMPUTED WITH J( RESPECT TO DAY OF DELIVERYM(@DD(PRESENT VALUE OF EARLY PAYMENT=P:$Z }A%?P,'AJAA(PRESENT VALUE OF PAYING COD=P:$A%?P,'AT@@(PRESENT VALUE OF NET TERMS=Z }P:$A%?P,'A^(h.*(!PRESS ENTER FOR MORE COMPUTATIONS.r A D:TERMSPAYF NET TERMS=XpKLTK]Z9AIAIAOAOTPZ2JAXMCJXPAQATQXDSSTTTSTQTPZZTA\Az^ }A4@H FF @ @ @ @@RSAT^}@@@p ****************^}** TIMECLCK ****************** +RR;@,;@,;@p,;@,;@,;@^},9@,   Š6-@ ,, $THIS PROGRAM USES AS INPUT THE USUAL#-- %INFORMAT^}ION ON THE COMINGS AND GOINGS(,, $OF EMPLOYES STAMPED BY A TIME CLOCK -,, $ON THE EMPLOYEE TIME CARD. AS OUTPUT2++ #^}THE COMPUTER GIVES A SUMMARY OT THE7((  NUMBER OF HOURS THE EMPLOYEE HAS<,, $WORKED EACH DAY ALONG WITH THE TOTALA)) ^}!OF HOURS FOR THE WEEK. THE WEEKLYF++ #HOURS ARE DIVIDED INTO REGULAR AND K** "OVERTIME HOURS WITH OVERTIME HOURSP,,^} $CONSIDERED TO BE THOSE HOURS GREATERU((  THAN 40. THERE IS THE OPTION TO Z)) !MANUALLY OVERRIDE THE DIVISION OF_&&^} REGULAR VERSUR OVERTIME HOURS.x( $ PRESS TO CONTINUE( A@ A@ Ԡҡ ٠^}Ρ$L" Ԡҡ ٠Ρ"$TIME CLOCK<<;@0,9@0,;@0,9@0,9@0, ^} +0, #INPUT Y IF PRINTER DESIRED,N IF NOT0%0Y*0N A% A@MMMONDAY ,TUESDAY ,WEDNE^}SDAY,THURSDAY ,FRIDAY ,SATURDAY ,SUNDAY ,QG-@@C67+&@,$%@<$,. G @-^}@@"<67+&@,$%@<$,.@ % +%ΠҠΠśC A@'" EMPLOYEE NUMBE^}R&CLINK TO COMPUTE:TRAP 40000 '6-@'DAY OF WEEK WE ARE ON,6-@6-@,X=ENTRY XD=DAY^}OO GWHEN ENTERING TIME, MINUTES SHOULD BE REPRESENTED AS DECIMALS AFTER THE>> 6HOUR. FOR EXAMPLE 8:45 SHOULD BE ^}ENTERED AS 8.45 TO END DAY ENTER D,0,0,0!! TO END WEEK ENTER W,0,0,0 ($6.7+&@,$%@<$,( ^}  A@`F A OR P TIME IN$0 A OR P4B TIME OUTF5 B67<,.!68,-,^}67<,.568,-10A*0P*0D*0W' A1 A@`00A*0P*00*0& A0 A@`)0^}D*0W6-%@) A@`4 4D6-%@'6-%@* 4 A@U4WAA%%ˠĮ^ }ԠǮ *-@@&68,-* TQ(I)=TOTAL DAY I$-@ 68,-$ TP(I^!})=TOTAL FOR ENTRY I"6-@D8=DAY,-@1(7<,4D6-%@( AB6..6-@`$P:8,,%^"}A$+8,&P:8,,,@..6-@`$P:8,,%A$+8,&P:8,,,J6(7<,4A*7<,4P*8, @66-%A O7^#}8,@*8, @-6-%A 7 BT)7<,4P*7<,4A)6-%A YW68,-+&,'@`268,-^$}8,%+&,'@`WCOMPUTE TIME TP & SUM TIME FOR DAYh mTT=TOTAL TIME FOR WEEKrD6-6-'6-^%}5-@@6-%8,D |ś3!@@6-@@)6-&@@3 ABP 6-f$6-P:A$^&}%?P,'AE6-P:A$%?P,'Af6-P:A$%?P,'AԠҠś +^'}6-@ EMPLOYEE NUMBER  -@- 6-8,-6-P:A$%?P,'AG7<,4D)^(}7<,4W 9  TOTAL=  HRS.G6-%@O7<,4D)7<,4WE %-------------------------------------O ^)}ACP"6.7<,6.7<,"6-8,$$6.7+&@,$%@<$,;#  8,  8,; TOTAL = ^*} HOURS   -- %--------------------------------------- %-------------------------------------77  G^+}RAND TOTAL= P:A$%?P,'A REGULAR HOURS = OVERTIME HOURS =&" PRESS RETURN TO CONTIN^,}UE &04NA@%2ԠŠΠқ56-@73EMPLOYEE NUMBER 3:-@?- 6-8^-},-6-P:A$%?P,'ADG7<,4D)7<,4W 393 TOTAL=  HRS.G6-%@EO7<,4D)7^.}<,4WE3%-------------------------------------O ADPI"6.7<,6.7<,"6-8,M$$6.7+&@,$%@^/}<$,N;#3 8,  8,;3TOTAL =  HOURSX3b g--3%-------------------------------------h^0}--3%-------------------------------------l883 GRAND TOTAL=P:A$%?P,'Av3REGULAR HOURS = ^1}x3OVERTIME HOURS= !-@@3 !  A@% D:TIMECLCK'Av3REGULAR HOURS = \Zcd Z9MAABCXNUGVTRSLHSCIAABBZ2CNABLXXIDESIJKS130X9b3}@@@@@@ @ @ @ @ @@@b4} b5}!"#$%&'()*+,-./0b6}1234************************ TRANS ************************b7};@,;@, 1 +.  Π1 ,, $THE TRANSPORTATION PROBLEM EXAMINED b8} HERE IS THE FOLLOWING: -- % THERE ARE N SOURCES OF SUPPLY AND M-- %DESTINATIONS FOR A GOOD. EACH OF THE b9}** "SUPPLY SOURCES CAN SUPPLY A GIVEN  ,, $AMOUNT OF THE GOOD AND EACH DESTINA-#** "TION HAS A CERTAIN REQUIREMENT. Wb:}E%** "REQUIRE THAT THE TOTAL OF POSSIBLE(,, $SUPPLY EQUALS THE TOTAL REQUIRED. TO*** "DELIVER A UNIT OF THE ITEM FROb;}M A -,, $GIVEN SOURCE TO A GIVEN DESTINATION /,, $HAS A KNOWN COST, DEPENDING UPON THE2++ #SOURCE-DESTINATION COMBINb<}ATION. 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PRESS TO BEGINfu}%d +n,, $DO YOU HAVE BOUND FOR VARIANCE(V) ORs" STANDARD DEVIATION(S)"x%0S*0V B%fv} A[ A04S? $ENTER STANDARD DEVIATION UPPER BOUNDCQ6-#@[ BL A@4V5 fw}ENTER VARIANCE UPPER BOUND9B6-M:,L B 4 AU& INITIAL SAMPLE SIZE*4 B7 A`) fx}ADDITIONAL SAMPLE SIZE-7 B16-K:'M:,,%@16-K:'M:%,,%@E$6-P:B$%?P,'BEfy}6-P:B$%?P,'B "" INITIAL UNCERTAINTY WAS  !! FINAL UNCERTAINTY WAS  (( Tfz}HIS REPRESENTS A CHANGE OF &,, $UNCERTAINTY UNITS AND IS A CHANGE OF86-+&,'$A86-P:B$%?P,'f{}B ABOUT %% ! PRESS FOR MORE% A': Ԡҡ ٠Ρ3-@Af|}7 :$t'(! 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(%) (%) COST (%)3 } 7@<@9,3 n}7@A<@y,`(6.DEBT 76-8@,E6-A$V6-8@,$` AX 6.PRn}EFERRED STOCK /6-8@,=6-A$N6-8@,$X A`(6.COMMON STOCK 76-8@n},E6-A$V6-8@,$` Ad,6."RETAINED EARNINGS ;6-8@,I6-A$Z6-n}8@,$d A;;6-8@,$%8@,$%8@,$%8@,$; 6- A ; !WEIGHTED AVERAGE COSn}T OF CAPITAL 1 - !PRESS RETURN FOR MORE COMPUTATION1 A\6.7@<@ , 6-* A 06.n}66-@ A F6.L6-V A \6.L @@! 1@@'6 H@@3L n}$!!6.=:P:+%>P,$A,,IA:, @&67B:,%@,.5A:, ?I67B:,%@,.?B:, @n}&67B:,%@,.5B:, @? A  6.--67B:7@