DIST2L2
FILE INFORMATION
FILENAME(S): DIST2L2
FILE TYPE(S): PRG
FILE SIZE: 7K
FIRST SEEN: 2025-10-19 22:48:55
APPEARS ON: 1 disk(s)
FILE HASH
ae63370cc5ce71b68f424669fe642f68c0d866646ec30ab45d4cb37e570f237f
FOUND ON DISKS (1 DISKS)
| DISK TITLE | FILENAME | FILE TYPE | COLLECTION | TRACK | SECTOR | ACTIONS |
|---|---|---|---|---|---|---|
| HHM 100785 43S1 | DIST2L2 | PRG | Radd Maxx | 12 | 1 | DOWNLOAD FILE |
FILE CONTENT & ANALYSIS
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000010F0: 61 6C 27 00 60 44 61 2B 44 72 20 3D 20 54 6F 74 |al'.`Da+Dr = Tot|
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00001A00: 75 6C 20 77 61 6C 6B 73 20 35 2E 35 20 6D 2F 73 |ul walks 5.5 m/s|
00001A10: 65 63 26 68 00 50 61 75 6C 00 60 35 2E 35 27 20 |ec&h.Paul.`5.5' |
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00001A50: 00 60 37 20 20 5C 66 30 36 2A 20 20 26 76 27 20 |.`7 \f06* &v' |
00001A60: 5C 66 31 33 3D 20 4B 69 6D 27 73 20 64 69 73 74 |\f13= Kim's dist|
00001A70: 61 6E 63 65 2E 00 37 26 76 00 60 35 2E 35 20 20 |ance..7&v.`5.5 |
00001A80: 5C 66 30 36 2A 20 20 26 76 27 20 20 5C 66 31 33 |\f06* &v' \f13|
00001A90: 3D 20 50 61 75 6C 27 73 20 64 69 73 74 61 6E 63 |= Paul's distanc|
00001AA0: 65 2E 00 35 2E 35 26 76 00 6B 00 70 00 6B 00 70 |e..5.5&v.k.p.k.p|
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00001AD0: 5C 66 31 32 2B 50 61 75 6C 27 73 20 64 69 73 74 |\f12+Paul's dist|
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00001B00: 20 5C 66 31 32 2B 20 20 20 35 2E 35 20 20 5C 66 | \f12+ 5.5 \f|
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00001B50: 69 74 20 77 69 6C 6C 20 74 61 6B 65 20 74 68 65 |it will take the|
00001B60: 6D 20 74 6F 20 6D 65 65 74 20 69 73 00 36 34 00 |m to meet is.64.|
00001B70: 74 68 65 79 20 77 69 6C 6C 20 6D 65 65 74 20 61 |they will meet a|
00001B80: 66 74 65 72 20 60 36 34 27 20 73 65 63 6F 6E 64 |fter `64' second|
00001B90: 73 2E 00 31 32 00 36 34 00 36 34 00 4B 69 6D 27 |s..12.64.64.Kim'|
00001BA0: 73 00 26 76 20 3D 20 36 34 2C 20 73 6F 20 37 20 |s.&v = 64, so 7 |
00001BB0: 2A 20 26 76 20 3D 20 60 34 34 38 27 00 34 34 38 |* &v = `448'.448|
00001BC0: 00 50 61 75 6C 27 73 00 26 76 20 3D 20 36 34 2C |.Paul's.&v = 64,|
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00001BE0: 33 35 32 27 00 33 35 32 00 38 30 30 00 7C 6C |352'.352.800.|l |
A @Q{}@DG04&D(1,U/MEAS)&C(2,{})&C(3,{})
&D(4,TOTAL)&D(5,RATE)&D(10,TIME)&D(15,DI
ST.)@RREAD@PREAD THE WHOLE PROBLEM. THIN
K: WHAT ARE THE FACTS? WHAT IS BEING ASK
ED? (PRESS ANY KEY TO CONTINUE).@HWHAT A
RE THE FACTS? {}.@HWHAT IS BEING ASKED?
{}?@I(0) @RPLAN@PLET D{} = {} DIST. AND
D{} = {} DIST. WRITE AN EQUATION TO RELA
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SHOWS THAT THE SUM OF THE DISTANCES TRAV
ELLED WILL EQUAL THE TOTAL DISTANCE BETW
EEN THEM.@I(20,C0, )@PONE ANSWER IS {}.
CHANGE YOUR ANSWER IF IT IS NOT EQUIVALE
NT. (PRESS RETURN)@HTHE TOTAL IS THE SUM
OF THEIR DISTANCES.@H{} SHOWS THAT THE
SUM OF THE DISTANCES TRAVELLED WILL EQUA
L THE TOTAL DISTANCE BETWEEN THEM.@I(20,
C0, )@RDATA ENTRY@PFILL IN THE UNITS BY
WHICH RATE, TIME, AND DISTANCE ARE MEASU
RED. (USE ABBREVIATED FORM).@HRATE OF SP
EED IS COMMONLY MEASURED IN MILES PER HO
UR(MI/HR), METERS PER MINUTE (M/MIN), ET
C.@HTHE RATE OF SPEED IN THIS PROBLEM IS
MEASURED IN {}.@I(6,C{},{})@HTIME IS CO
MMONLY MEASURED IN SECONDS(SEC), MINUTES
(MIN), HOURS(HR), DAYS (DA) ETC.@HTIME I
N THIS PROBLEM IS MEASURED IN {}.@I(11,C
{},{})@HDISTANCE IS COMMONLY MEASURED IN
FEET (FT), YARDS(YD), METERS(M), MILES(
MI), KILOMETERS(KM), ETC.@HDISTANCE IN T
HIS PROBLEM IS MEASURED IN {}.@I(16,C{},
{})@PENTER THE FACTS FROM THE PROBLEM IN
TO THE CHART.@H{}@HTHE TOTAL DISTANCE IS
{}.@I(19,I,{})@H{}@HTHE RATE OF SPEED F
OR {} IS {}.@I(7,I,{})@H{}@HTHE RATE OF
SPEED FOR {} IS {}.@I(8,I,{})@PUSE A VAR
IABLE TO REPRESENT THE {} TIME FOR EACH
{}.@HUSE THE SAME VARIABLE, SUCH AS `T'
TO REPRESENT THE TIME FOR BOTH PEOPLE.@H
USE A VARIABLE SUCH AS `{}' TO REPRESENT
{} TIME.@I(12,I,&V)@HUSE THE SAME VARIA
BLE, SUCH AS `T' TO REPRESENT THE TIME F
OR BOTH OF THEM.@HUSE A VARIABLE SUCH AS
`{}' TO REPRESENT {} TIME.@I(13,I,&V)@R
PARTS@PWRITE AN EXPRESSION TO REPRESENT
THE DISTANCE TRAVELLED BY EACH {}.@HRATE
* TIME = DISTANCE@HRATE \F06* TIME \F
13= DISTANCE \N{}@I(17,I,{})@HRATE * TIM
E = DISTANCE@HRATE \F06* TIME \F13= DIST
ANCE \N{}@I(18,I,{})&D(20, )@RWHOLE@PSUB
STITUTE YOUR EXPRESSIONS FOR D{}, D{} AN
D TOTAL IN THE EQUATION: \N D{}+D{} = {
}@HD{} = {} AND D{} = {}.@H{}@I(20,I,{})
@S@RCOMPUTE@PSOLVE THE EQUATION FOR "&V"
. USE PAPER AND PENCIL AND ENTER THE FIN
AL EQUATION, OR USE THE CALCULATOR.@HISO
LATE "&V" ON ONE SIDE OF THE EQUATION.@H
THE CALCULATOR SOLVES EQUATIONS FOR YOU
AND DISPLAYS THE STEPS IN THE SOLUTION.@
I(20,I,&V={})@PNOW ENTER YOUR ANSWER IN
THE GRID. REMEMBER WHAT IS BEING ASKED.
{}&W(20)@H{} EQUAL TO THE VALUE OF "&V".
@H&V={}, SO {}@I({},I,{})@S&D(13,{})@RCH
ECK@PREREAD THE PROBLEM. CHECK YOUR ANSW
ERS. EVALUATE THE REMAINING EXPRESSIONS
IN THE CHART.@HSUBSTITUTE FOR "&V" IN TH
E EXPRESSION FOR {} DISTANCE. THEN CALCU
LATE THE RESULT.@H{}@I(17,I,{})@HSUBSTIT
UTE FOR "&V" IN THE EXPRESSION FOR {} DI
STANCE. THEN CALCULATE THE RESULT.@H{}@I
(18,I,{})&D(0,CHECK YOUR WORK. THE SUM O
F THEIR DISTANCES SHOULD BE {}. GET READ
Y FOR A NEW PROBLEM.)@FPATRICK AND MAURA
LIVE 504 KM. APART. HOW LONG WILL IT TA
KE THEM TO MEET IF THEY LEAVE THEIR HOUS
ES AT THE SAME TIME AND MAURA DRIVES 50
KM/HR AND PATRICK DRIVES 34 KM/HR?.MAURA
.PATRICK.TOGETHER THEY DRIVE A TOTAL OF
504 KM. THEY DRIVE TOWARDS EACH OTHER AT
DIFFERENT RATES.&HHOW LONG WILL IT TAKE
THEM TO MEET&H.M.MAURA'S.P.PATRICK'S.M.
P.`DP+DM = TOTAL'.`DP+DM = TOTAL'.`DP+DM
= TOTAL'.KILOMETERS PER HOUR (`KM/HR').
5.KM/HR.HOURS. (`HR').2.HR.KILOMETERS (`
KM').2.KM.&HPATRICK AND MAURA LIVE 504 K
M. APART.&H.`504' KM.504.&HMAURA DRIVES
50 KM/HR&H.MAURA.`50' KM/HR.50.&HPATRICK
DRIVES 34 KM/HR&H.PATRICK.`34' KM/HR.34
.DRIVING.PERSON.T.MAURA'S.T.PATRICK'S.PE
RSON.`50 \F06* &V' \F13= MAURA'S DIST
ANCE.50&V.`34 \F06* &V' \F13= PATRICK'
S DISTANCE..34&V.M.P.M.P.TOTAL.M.50&V.P.
34&V.MAURA'S DIST.\F14+PATRICK'S DIST.\F
31= TOTAL \N`50&V \F14+ 34&V \F31= 5
04'.50&V+34&V=504.6.&QHOW LONG WILL IT T
AKE THEM TO MEET&Q.BOTH MAURA AND PATRIC
K'S TIMES ARE.6.THEY WILL MEET AFTER `6'
HOURS..12.6.6.MAURA'S.50&V = `300'.300.
PATRICK'S.34&V = `204'.204.504.@FALPHIE
AND RICK LIVE 3.5 MILES APART. THEY STAR
T JOGGING TOWARDS EACH OTHER AT THE SAME
TIME. HOW LONG WILL THEY JOG BEFORE MEE
TING IF RICK GOES 8 MI/HR AND ALPHIE GOE
S 6 MI/HR?.ALPHIE.RICK.BETWEEN THEM ALPH
IE AND RICK WILL RUN A TOTAL OF 3.5 MILE
S.&HHOW LONG WILL THEY JOG BEFORE MEETIN
G&H.A.ALPHIE'S.R.RICK'S.A.R.`DA+DR = TOT
AL'.`DA+DR = TOTAL'.`DA+DR = TOTAL'.MI/H
R.4.MI/HR.HOURS (`HR').2.HR.MILES (`MI')
.2.MI.&HALPHIE AND RICK LIVE 3.5 MILES A
PART&H.`3.5' MILES.3.5.&HALPHIE GOES 6 M
I/HR&H.ALPHIE.`6' MI/HR.6.&HRICK GOES 8
MI/HR&H.RICK.`8' MI/HR.8.JOGGING.PERSON.
T.ALPHIE'S.T.RICK'S.PERSON.`6 \F06* &V
' \F13= ALPHIE'S DISTANCE.6&V.`8 \F06*
&V' \F13= RICK'S DISTANCE.8&V.A.R.A.R.T
OTAL.A.6&V.R.8&V.ALPHIE'S DIST \F14+ RIC
K'S DIST. \F28=TOTAL DIST. \N `6&V
\F14+ 8&V \F28= 3.5'.6&V+8&V=3.5..2
5.&HHOW LONG WILL THEY JOY BEFORE MEETIN
G&H.BOTH ALPHIE AND RICK'S TIMES ARE..25
.SO THEY WILL MEET IN `.25' OF AN HOUR..
12..25..25.ALPHIE'S.&V = .25, SO 6&V = `
1.5'.1.5.RICK'S.&V = .25, SO 8&V = `2'.2
.3.5.@FBOSTON AND L.A. ARE 2400 MILES AP
ART. HOW LONG WILL IT TAKE A COMMUTER JE
T GOING 450 MI/HR FROM BOSTON TO L.A. TO
PASS A PRIVATE JET GOING 350 MI/HR FROM
L.A. TO BOSTON?.COMMUTER.PRIVATE.TWO JE
TS ARE FLYING TOWARDS EACH OTHER AT DIFF
ERENT RATES. THEIR TOTAL DISTANCE IS 240
0 MI.&HHOW LONG WILL IT TAKE&H.C.COMMUTE
R'S.P.PRIVATE'S.C.P.`DC+DP = TOTAL'.`DC+
DP = TOTAL'.`DC+DP = TOTAL'.MI/HR.4.MI/H
R.HOURS (`HR').2.HR.MILES (`MI').2.MI.&H
BOSTON AND L.A. ARE 2400 MILES APART&H.`
2400'.2400.&HCOMMUTER JET GOING 450 MI/H
R&H.THE COMMUTER JET.`450'.450.&HPRIVATE
JET GOING 350 MI/HR&H.THE PRIVATE JET.`
350'.350.FLYING.JET.T.THE COMMUTER JET'S
.T.PRIVATE JET'S.JET.`450 \F06* &V' \F
13= COMMUTER'S DISTANCE..450&V.`350 \F06
* &V \F13= PRIVATE'S DISTANCE..350&V.C.
P.C.P.TOTAL.C.450&V.P.350&V.C'S DIST. \F
11+ P'S DIST. \F23= TOTAL DIST. \N `450
&V \F11+ 350&V \F23= 2400'.450&V+350&V
=2400.3.&HHOW LONG WILL IT TAKE&H.THE TI
ME IT TAKES FOR THE JETS TO PASS EACH OT
HER IS.3.AFTER `3' HOURS THEY WILL PASS
EACH OTHER..12.3.3.THE COMMUTER JET'S.&V
= 3, SO 450 * &V = `1350'.1350.PRIVATE
JET'S.&V = 3, SO 350 * &V = `1050'.1050.
2400.@FKIM AND PAUL LIVE 800 METERS APAR
T. IF KIM WALKS 7 M/SEC (METERS PER SECO
ND) AND PAUL WALKS 5.5 M/SEC, HOW LONG W
ILL IT TAKE THEM TO MEET IF THEY LEAVE T
HEIR HOUSES AT THE SAME TIME?.KIM.PAUL.K
IM AND PAUL WALK TOWARDS EACH OTHER AT D
IFFERENT RATES. THE TOTAL DISTANCE IS 80
0 METERS.&HHOW LONG WILL IT TAKE&H.K.KIM
'S.P.PAULS.T.K.`DK+DP = TOTAL'.`DK+DP =
TOTAL'.`DK+DP = TOTAL'.`M/SEC'.5.M/SEC.S
ECONDS (`SEC').5.SEC.METERS (`M').1.M.&H
KIM AND PAUL LIVE 800 METERS APART&H.`80
0' METERS.800.&HKIM WALKS 7 M/SEC&H.KIM.
`7' M/SEC.7.&HPAUL WALKS 5.5 M/SEC&H.PAU
L.`5.5' M/SEC.5.5.WALKING.PERSON.T.KIM'S
.T.PAUL'S.PERSON.`7 \F06* &V' \F13= KI
M'S DISTANCE..7&V.`5.5 \F06* &V' \F13
= PAUL'S DISTANCE..5.5&V.K.P.K.P.TOTAL.K
.7&V.P.5.5&V.KIM'S DIST.\F12+PAUL'S DIST
. \F26= TOTAL DIST. \N `7&V \F12+
5.5 \F26= 800'.7&V+5.5&V=800.64.&HHO
W LONG WILL IT TAKE&H?.THE TIME IT WILL
TAKE THEM TO MEET IS.64.THEY WILL MEET A
FTER `64' SECONDS..12.64.64.KIM'S.&V = 6
4, SO 7 * &V = `448'.448.PAUL'S.&V = 64,
SO 5.5 * &V = `352'.352.800.|L
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