A=
AP=<1>V211>16
C0=
C1=
C2=
C3=
C4=
C5=
C6=
C7=
C8=
C9=
ES=Answers may vary.
F0=
F1=
F2=
H=$.hint$
INST=
M1=
M2=
M3=
M4=
M5=
M6=
M7=
M8=
M9=
MS=1
MW1=
MW2=
MW3=
MW4=
MW5=
MW6=
MW7=
MW8=
MW9=
N=V21
Q=Do the indicated computation in the hexadecimal system.
\nV6_{16} $multiply$ V5_{16}
SA=Answers may vary.
T=P
TF=-1
TL=
TOL=+1E-4
U=NOUNIT
V0=I[1,10]
V1=L[V0:1,2,3,4,5,6,7,8]
V10=L[V7-9:A,B,C,D,E,F]
V11=E"(V7>=10)?'V10':'V7'"
V12=E"stack('
1
','V6
')"
V13=I(V3*V5)
V14=L[V13-9:A,B,C,D,E,F]
V15=E"(V13>=10)?'V14':'V13'"
V16=L[V13-9:10,11,12,13,14,15]
V17=I(V13+1)
V18=I(V16+1)
V19=L[V13-8:A,B,C,D,E,F]
V2=L[V0:1,2,3,4,5,6,7,8]
V20=E"(V13>=10)?'V19':'V17'"
V21=E"(V7>=16)?'V22':'V23'"
V22=S"V20V8"
V23=S"V15V11"
V24=E"stack('$multiply$ V5','$seg:h0w20$')"
V3=I[1,4:3]
V4=
V5=I[2,3]
V6=S"V3V1"
V7=I(V2*V5)
V8=I(V7%16)
V9=E"assert(V7<16)"
W=We shall omit the subscripts in the computations, but keep in mind the system with which we are working.The first digit:\n
\n\n$space:h1w150$::V6
:: :: \n\n$space:h1w150$::V24
:: :: \n\n\n(V7<16)::\n$space:h1w150$:: V11
::$longleftarrow$ V2 $multiply$ V5 = V11:: \n\n\nThe second digit:\n\n(V7<16)::\n$space:h1w150$::V6
:: :: \n\n$space:h1w150$::$multiply$ V5
:: :: \n\n(V7<16)::\n$space:h1w150$:: V15V11
::$longleftarrow$ V3 $multiply$ V5 = V15:: \n\n\nThe answer is V21_{16}.\n\n
YN=-1
cnum=4
followup=
ilev=0
mcdm=1
mdm=0
mpc=unspecified
mpn=2
mpv=2.0
mwnum=2
ncd=-1
subject=unspecified
varnum=29
commentV13= //tens product
commentV21= //ans
commentV3= //tens
commentV7= //ones digit product
commentV8= //ones digit leftover