,NEME? )9 ,,UEB        ,A4#A

              ,APP5DIX ,A

    ,GREEK ,LRS "<,COMPLETE ,LI/">

,LR       ,L[]CASE  ,UPP]CASE
"3333333  "3333333  "33333333
_%
,ALPHA    .A """""  .,A
,BETA ""  .B """""  .,B
,GAMMA    .G """""  .,G
,DELTA    .D """""  .,D
,EPSILON  .E """""  .,E
,ZETA ""  .Z """""  .,Z
,ETA """  .: """""  .,:
,THETA    .? """""  .,?
,IOTA ""  .I """""  .,I
,KAPPA    .K """""  .,K
,LAMBDA   .L """""  .,L
,MU """"  .M """""  .,M
,NU """"  .N """""  .,N
,XI """"  .X """""  .,X
,OMICRON  .O """""  .,O
,PI """"  .P """""  .,P _:            #A
            ,NEME? )9 ,,UEB       A,A4#A
     
,LR       ,L[]CASE  ,UPP]CASE
"3333333  "3333333  "33333333
_%
,RHO """  .R """""  .,R
,SIGMA    .S """""  .,S
,TAU """  .T """""  .,T
,UPSILON  .U """""  .,U
,PHI """  .F """""  .,F
,CHI """  .& """""  .,&
,PSI """  .Y """""  .,Y
,OMEGA    .W """""  .,W
_:

-----------------------------------,A4#B

    ,GREEK ,ALPHABET "<,EXAMPLES">
  ,? APP5DIX 9CLUDES "S COMMON EXAMPLES
TAK5 F ! ,NEME? ,SYMBOL ,LIBR>Y4 ,TO SEE
M EXAMPLES1 Y C A3ESS ! FULL ,NEME?
,SYMBOL ,LIBR>Y AT HTTPS3_/_/WWW4"
PA?STOLIT]ACY4ORG_/NEME?-SYMBOL-LIBR>Y_/

                                      #B
            ,NEME? )9 ,,UEB       A,A4#B

      ,L[]CASE ,ALPHA ,EXAMPLES
#A4 ,! SECANT ( ALPHA EQUALS ! SQU>E
  ROOT ( TWO IS WRITT5
  _% SEC .A .K >2] _:
#B4 ,! COSECANT ( ALPHA EQUALS OP5
  FRAC;N "O OV] ! S9E ( ALPHA CLOSE
  FRAC;N IS WRITT5
  _% CSC .A .K ?1/SIN .A# _:
#C4 ,! COS9E ( OP5 P>5!SIS NEGATIVE
  ALPHA CLOSE P>5!SIS EQUALS ! COS9E (
  ALPHA IS WRITT5
  _% COS (-.A) .K COS .A _:

      ,L[]CASE ,2TA ,EXAMPLES
#A4 ,2TA EQUALS #DE DEGREES IS WRITT5
  _% .B .K #45^.* _:
#B4 ,! TANG5T ( TWO 2TA EQUALS OP5
  FRAC;N TWO TANG5T 2TA OV] "O M9US
  TANG5T SQU>$ 2TA CLOSE FRAC;N IS
  WRITT5
  _% TAN #2.B .K ?2TAN .B/1-TAN^2 .B# _:
#C4 ,"O PLUS COTANG5T SQU>$ 2TA EQUALS
  COSECANT SQU>$ 2TA IS WRITT5        #C
            ,NEME? )9 ,,UEB       B,A4#B
  _% #1+COT^2 .B .K CSC^2 .B _:
-----------------------------------,A4#C

      ,L[]CASE ,GAMMA ,EXAMPLES
#A4 ,! COS9E ( OP5 P>5!SIS L[]CASE GAMMA
  PLUS TWO PI CLOSE P>5!SIS EQUALS !
  COS9E ( L[]CASE GAMMA IS WRITT5
  _% COS (.G+2.P) .K COS .G _:
#B4 ,! COS9E ( TWO L[]CASE GAMMA EQUALS
  "O M9US TWO S9E SQU>$ L[]CASE GAMMA IS
  WRITT5 _% COS #2.G .K #1-2SIN^2 .G _:
#C4 ,S9E SQU>$ L[]CASE GAMMA EQUALS "O
  M9US COS9E SQU>$ L[]CASE GAMMA IS
  WRITT5 _% SIN^2 .G .K #1-COS^2 .G _:

      ,L[]CASE ,DELTA ,EXAMPLES
#A4 ,L[]CASE DELTA IS GRT] ?AN Z]O IS
  WRITT5 _% .D .1 #0 _:
#B4 ,L[]CASE DELTA EQUALS OP5 FRAC;N
  L[]CASE EPSILON OV] ?REE CLOSE FRAC;N
  IS WRITT5 _% .D .K ?.E/3# _:
#C4 ,Z]O IS LESS ?AN OP5 ABSOLUTE VALUE
  ;X M9US A CLOSE ABSOLUTE VALUE IS LESS
  ?AN DELTA IS WRITT5                 #D
            ,NEME? )9 ,,UEB       A,A4#C
  _% #0 "K \X-A\ "K .D _:

      ,UPP]CASE ,DELTA ,EXAMPLES
#A4 ,UPP]CASE DELTA ;Y : M1NS ! *ANGE 9
  ;Y IS WRITT5 _% .,DY _:
-----------------------------------,A4#D
#B4 ,UPP]CASE DELTA ;X EQUALS ;X SUB TWO
  M9US ;X SUB "O IS WRITT5
  _% .,DX .K X2-X1 _:
#C4 ,! =MULA = SLOPE ;M EQUALS OP5
  FRAC;N UPP]CASE DELTA ;Y OV] UPP]CASE
  DELTA ;X CLOSE FRAC;N IS WRITT5
  _% M .K ?.,DY/.,DX# _:

      ,L[]CASE ,EPSILON ,EXAMPLES
#A4 ,L[]CASE EPSILON IS GRT] ?AN Z]O IS
  WRITT5 _% .E .1 #0 _:
#B4 ,OP5 P>5!SIS L[]CASE EPSILON COMMA
  L[]CASE DELTA CLOSE P>5!SIS IS WRITT5
  _% (.E, .D) _:
#C4 ,OP5 ABSOLUTE VALUE ;F ( ;X M9US ;,L
  CLOSE ABSOLUTE VALUE IS LESS ?AN
  L[]CASE EPSILON IS WRITT5
  _% \F(X)-,L\ "K .E _:               #E
            ,NEME? )9 ,,UEB       A,A4#D

      ,L[]CASE ,!TA ,EXAMPLES
#A4 ,! COTANG5T ( !TA EQUALS OP5 FRAC;N
  COS9E ( !TA OV] ! S9E ( !TA CLOSE
  FRAC;N IS WRITT5
  _% COT .? .K ?COS .?/SIN .?# _:
#B4 ,! COS9E ( TWO !TA EQUALS COS9E
  SQU>$ !TA M9US S9E SQU>$ !TA IS WRITT5
  _% COS #2.? .K COS^2 .?-SIN^2 .? _:
-----------------------------------,A4#E
#C4 ,S9E SQU>$ !TA PLUS COS9E SQU>$ !TA
  EQUALS "O IS WRITT5
  _% SIN^2 .?+COS^2 .? .K #1 _:

      ,L[]CASE ,LAMBDA ,EXAMPLES
#A4 ,L[]CASE LAMBDA : (T5 REPRES5TS
  WAVEL5G? IS WRITT5 _% .L _:
#B4 ,LAMBDA EQUALS OP5 FRAC;N ;V OV] ;F
  CLOSE FRAC;N IS WRITT5
  _% .L .K ?V/F# _:
#C4 ;V EQUALS ;F MULTIPLICA;N DOT
  L[]CASE LAMBDA IS WRITT5
  _% V .K F*.L _:
                                      #F
            ,NEME? )9 ,,UEB       A,A4#E

      ,L[]CASE ,PI ,EXAMPLES
#A4 ;,C EQUALS TWO PI ;R IS WRITT5
  _% ,C .K #2.PR _:
#B4 ,! COSECANT ( OP5 FRAC;N FIVE PI OV]
  #C CLOSE FRAC;N IS WRITT5
  _% CSC ?5.P/3# _:
#C4 ,! COTANG5T ( OP5 P>5!SIS NEGATIVE
  OP5 FRAC;N PI OV] ?REE CLOSE FRAC;N
  CLOSE P>5!SIS IS WRITT5
  _% COT (-?.P/3#) _:

-----------------------------------,A4#F

      ,L[]CASE ,RHO ,EXAMPLES
#A4 ,L[]CASE RHO EQUALS #AJJJ KILOGRAMS
  P] MET] CUB$ IS WRITT5
  _% .R .K #1000 KG_/;M^3 _:
#B4 ,L[]CASE RHO EQUALS OP5 FRAC;N ;M
  OV] ;,V CLOSE FRAC;N IS WRITT5
  _% .R .K ?M/,V# _:
#C4 ,L[]CASE RHO EQUALS OP5 FRAC;N T5
  KILOGRAMS OV] #E MET]S CUB$ IS WRITT5
  _% .R .K ?10 KG/5 ;M^3"# _:         #G
            ,NEME? )9 ,,UEB       A,A4#F

      ,L[]CASE ,SIGMA ,EXAMPLES
#A4 ,L[]CASE SIGMA : IS (T5 US$ TO
  REPRES5T ! /&>D DEVIA;N 9 /ATI/ICS IS
  WRITT5 _% .S _:
#B4 ,L[]CASE SIGMA EQUALS F\RTE5 PO9T
  EI<T TWO IS WRITT5 _% .S .K #14.82 _:
#C4 ,L[]CASE SIGMA EQUALS ! SQU>E ROOT (
  OP5 FRAC;N UPP]CASE SIGMA OP5 P>5!SIS
  ;X M9US ;X B> CLOSE P>5!SIS SQU>$ OV]
  ;N M9US #A IS WRITT5
  _% .S .K >?.,S(X-X:)^2"/N-1#] _:

-----------------------------------,A4#G

      ,UPP]CASE ,SIGMA ,EXAMPLES
#A4 ,! SUM I EQUALS "O TO FIVE ( F\R I
  M9US TWO IS WRITT5
  _% ".,S%I .K #1<5]4I-2 _:
#B4 ,L[]CASE SIGMA EQUALS ! SQU>E ROOT (
  OP5 FRAC;N UPP]CASE SIGMA OP5 P>5!SIS
  ;X M9US ;X B> CLOSE P>5!SIS SQU>$ OV]
  ;N M9US #A IS WRITT5
  _% .S .K >?.,S(X-X:)^2"/N-1#] _:    #H
            ,NEME? )9 ,,UEB       A,A4#G
#C4 ,! SUM F ;N EQUALS TWO TO F\R ( OP5
  FRAC;N "O OV] ;N M9US "O CLOSE FRAC;N
  EQUALS "O & FIVE-SIX?S IS WRITT5 _%
  ".,S%N .K #2<4]?1/N-1# .K #1_?5/6_# _:
#D4 ,! SUM F I EQUALS "O TO 9F9;Y ( T5
  OP5 P>5!SIS "O-HALF CLOSE P>5!SIS TO !
  ;N M9US #A P[] EQUALS TW5TY IS WRITT5
  _% ".,S%I .K #1<,=]10(?1/2#)^N-1
  .K #20 _:
#E4 ,! SUM F I EQUALS "O TO ;N ( ;X SUB
  I IS WRITT5 _% .,S;I ;.K #1^N"X;I _:

-----------------------------------,A4#H

      ,L[]CASE ,PHI ,EXAMPLES
#A4 ,OP5 FRAC;N "O OV] ! SECANT ( PHI
  CLOSE FRAC;N EQUALS ! COS9E ( PHI IS
  WRITT5 _% ?1/SEC .F# .K COS .F _:
#B4 ,! COS9E ( TWO PHI EQUALS TWO COS9E
  SQU>$ PHI M9US "O IS WRITT5
  _% COS #2.F .K #2COS^2 .F-1 _:
#C4 ,COS9E SQU>$ PHI EQUALS "O M9US S9E
  SQU>$ PHI IS WRITT5
  _% COS^2 .F .K #1-SIN^2 .F _:       #I
            ,NEME? )9 ,,UEB       A,A4#H

      ,L[]CASE ,OMEGA ,EXAMPLES
#A4 ,! L[]CASE ,GREEK LR ,OMEGA : (T5
  REPRES5TS ANGUL> VELOC;Y IS WRITT5
  _% .W _:
#B4 ,L[]CASE ,GREEK LR ,OMEGA EQUALS
  FIFTE5 DEGREES P] H\R IS WRITT5
  _% .W .K #15^.*"_/HOUR _:
#C4 ,L[]CASE ,GREEK LR ,OMEGA EQUALS OP5
  FRAC;N ;V OV] ;R CLOSE FRAC;N IS
  WRITT5 _% .W .K ?V/R# _:
-----------------------------------,B4#A

              ,APP5DIX ;,B
                ,BIOLOGY

    ,H>DY-,WE9B]G ,EQUA;NS
;P "<FREQU5CY ( ! DOM9ANT ALLELE 9 A
  POPULA;N">
;Q "<FREQU5CY ( ! RECESSIVE ALLELE 9 A
  POPULA;N">


                                     #AJ
            ,NEME? )9 ,,UEB       A,B4#A

_%
P^2"+2PQ+Q^2 .K #1
P^2"+Q .K #1
_:

    ,M1N
_% X: _: "<M1N">
;N "<SIZE ( ! SAMPLE">
_% X;I _: "<DATA VALUE">

_% X: .K ?1/N#".,S%I .K #1<N]X;I _:

    ,PHOTOSYN!SIS
_% #6,C,O2+6,H2,O $O ,C6,H12,O6+6,O2 _:

    ,RESPIRA;N
_% ,C6,H12,O6+6,O2 $O #6,C,O2+6,H2,O _:
-----------------------------------,B4#B

    ,/&>D ,DEVIA;N
;S "</&>D DEVIA;N">
_% X: _: "<M1N">
;N "<SIZE ( ! SAMPLE">               #AA
            ,NEME? )9 ,,UEB       A,B4#B
_% X;I _: "<DATA VALUE">

_% S .K >?.,S(X;I"-X:)^2"/N-1#] _:
-----------------------------------,C4#A

              ,APP5DIX ;,C
                ,*EMI/RY

    ,*EMI/RY "<,COMMON ,EQUA;NS &
    ,=MULAS">
      ,AVOGADRO'S ,LAW
_% ,V1 _: "<9ITIAL VOLUME">
_% N1 _: "<9ITIAL MOLES">
_% ,V2 _: "<F9AL VOLUME">
_% N2 _: "<F9AL MOLES">

_% ?,V1/N1# .K ?,V2/N2# _:

      ,BOIL+ ,PO9T ,ELEVA;N
_% .,D,T;B _: "<BOIL+ PO9T ELEVA;N">
_% ,K;B _: "<MOLAL BOIL+ PO9T 3/ANT">
;M "<MOLAL;Y">

_% .,D,T;B .K ,K;B"M _:              #AB
            ,NEME? )9 ,,UEB       A,C4#A

      ,BOYLES ,LAW
_% ,P1 _: "<9ITIAL PRESSURE">
_% ,V1 _: "<9ITIAL VOLUME">
_% ,P2 _: "<F9AL PRESSURE">
_% ,V2 _: "<F9AL VOLUME">

_% ,P1,V1 .K ,P2,V2 _:
-----------------------------------,C4#B

      ,*>LES ,LAW
_% ,V1 _: "<9ITIAL VOLUME">
_% ,T1 _: "<9ITIAL TEMP]ATURE">
_% ,V2 _: "<F9AL VOLUME">
_% ,T2 _: "<F9AL TEMP]ATURE">

_% ?,V1/,T1# .K ?,V2/,T2# _:

      ,COMB9$ ,GAS ,LAW
_% ,P1 _: "<9ITIAL PRESSURE">
_% ,V1 _: "<9ITIAL VOLUME">
_% ,T1 _: "<9ITIAL TEMP]ATURE">
_% ,P2 _: "<F9AL PRESSURE">
_% ,V2 _: "<F9AL VOLUME">            #AC
            ,NEME? )9 ,,UEB       A,C4#B
_% ,T2 _: "<F9AL TEMP]ATURE">

_% ?,P1,V1/,T1# .K ?,P2,V2/,T2# _:

      ,D5S;Y
;,D "<D5S;Y">
_% .R _: "<D5S;Y : IS COMMONLY REPRES5T$
  BY ! L[]CASE ,GREEK LR RHO">
;M "<MASS">
;,V "<VOLUME">

_% ,D .K ?M/,V# ,'OR .R .K ?M/,V# _:
-----------------------------------,C4#C

      ,5?ALPY ( ,REAC;N
_% .,D,H _: "<5?ALPY ( REAC;N">
_% .,D,H;F^.*"(PRODUCTS) _: "<5?ALPY (
  PRODUCTS">
_% .,D,H;F^.*"(REACTANTS) _: "<5?ALPY (
  REACTANTS">

_% .,D,H .K .,D,H;F^.*"(PRODUCTS)
  -.,D,H;F^.*"(REACTANTS) _:
                                     #AD
            ,NEME? )9 ,,UEB       A,C4#C

      ,EQUILIBRIUM ,3/ANT
_% ,K;EQ _: "<EQUILIBRIUM 3/ANT">
_% @(,A@) _: "<3C5TRA;N 9 MOLES P] LIT]
  ( GAS ,A">
_% @(,B@) _: "<3C5TRA;N 9 MOLES P] LIT]
  ( GAS ;,B">
_% @(,C@) _: "<3C5TRA;N 9 MOLES P] LIT]
  ( GAS ;,C">
_% @(,D@) _:"<3C5TRA;N 9 MOLES P] LIT] (
  GAS ;,D">
A "<COE6ICI5T ( GAS ,A">
;B "<COE6ICI5T ( GAS ;,B">
;C "<COE6ICI5T ( GAS ;,C">
;D "<COE6ICI5T ( GAS ;,D">

,GIV5 ! G5]AL *EMICAL EQUA;N
  _% ,K;EQ .K ?@(,C@)^C"@(,D@)^D"
  /@(,A@)^A"@(,B@)^B"# _:

      ,F9AL ,MASS
_% M;F _: "<F9AL MASS">
_% M;I _: "<9ITIAL MASS">
;N "<NUMB] ( HALF-LIVES">            #AE
            ,NEME? )9 ,,UEB       B,C4#C

_% M;F .K M;I"(?1/2#)^N _:
-----------------------------------,C4#D

      ,FREEZ+ ,PO9T ,DEPRES.N
_% .,D,T;F _: "<FREEZ+ PO9T DEPRES.N">
_% ,K;F _: "<MOLAL FREEZ+ PO9T 3/ANT">
;M "<MOLAL;Y">

_% .,D,T;F .K ,K;F"M _:

      ,GAY-,LUSSAC'S ,LAW "<AKA
      ,AMONTONS ,LAW">
_% ,P1 _: "<9ITIAL PRESSURE">
_% ,T1 _: "<9ITIAL TEMP]ATURE">
_% ,P2 _: "<F9AL PRESSURE">
_% ,T2 _: "<F9AL TEMP]ATURE">

_% ?,P1/,T1# .K ?,P2/,T2# _:

      ,H1T ,GA9$ OR ,LO/
;,Q "<H1T GA9$ OR LO/">
;M "<MASS">
_% ,C;P _: "<SPECIFIC H1T">          #AF
            ,NEME? )9 ,,UEB       A,C4#D
_% .,D,T _: "<*ANGE 9 TEMP]ATURE">

_% ,Q .K MC;P".,D,T _:

      ,ID1L ,GAS ,LAW
;,P "<PRESSURE">
;,V "<VOLUME">
;N "<NUMB] ( "PICLES 9 MOLES">
;,R "<ID1L GAS 3/ANT">
;,T "<TEMP]ATURE 9 ,KELV9">

_% ,P,V .K N,R,T _:
-----------------------------------,C4#E

      ,ID1L ,GAS ,LAW "<,SECOND ,=M">
_% ,P1 _: "<9ITIAL PRESSURE">
_% ,V1 _: "<9ITIAL VOLUME">
_% N1 _: "<9ITIAL MOLES">
_% ,T1 _: "<9ITIAL TEMP]ATURE">
_% ,P2 _: "<F9AL PRESSURE">
_% ,V2 _: "<F9AL VOLUME">
_% ,T2 _: "<F9AL TEMP]ATURE">
_% N2 _: "<F9AL MOLES">
                                     #AG
            ,NEME? )9 ,,UEB       A,C4#E

_% ?,P1,V1/N1,T1# .K ,R
  .K ?,P2,V2/N2,T2# _:

      ,IONIZA;N ,3/ANT ( ,WAT]
_% ,K;W _: "<IONIZA;N 3/ANT ( WAT]">
_% @(,H^+"@) _: "<HYDROG5 ION 3C5TRA;N">
_% @(,O,H^-"@) _: "<HYDROXIDE ION
  3C5TRA;N">

_% ,K;W .K @(,H^+"@)@(,O,H^-"@) _:

      ,MOLAL;Y
;M "<MOLAL;Y">
MOL "<MOLES ( SOLUTE">
KG "<KILOGRAMS ( SOLV5T">

_% M .K ?MOL/KG# _:
-----------------------------------,C4#F

      ,MOL>;Y
;,M "<MOL>;Y">
MOL "<MOLES ( SOLUTE">
;,L "<LIT]S ( SOLU;N">               #AH
            ,NEME? )9 ,,UEB       A,C4#F

_% ,M .K ?MOL/,L# _:

      ,P]C5T ,]ROR
_% ,V;A _: "<A3EPT$ VALUE">
_% ,V;E _: "<EXP]I;TAL VALUE">

_% @0ERROR
  .K ?\,V;A"-,V;E"\/,V;A"#@*100 _:

      ,P]C5T ,YIELD
_% ,Y;A _: "<ACTUAL YIELD">
_% ,Y;T _: "<!ORETICAL YIELD">

_% @0YIELD .K ?,Y;A"/,Y;T"#@*100 _:

      P,H
_% @(,H^+"@) _: "<HYDROG5 ION 3C5TRA;N">

_% P,H .K -LOG @(,H^+"@) _:
-----------------------------------,C4#G

      ,PLANCK'S 3/ANT
_% #6.63@*10^-34 ;,J*;S _:           #AI
            ,NEME? )9 ,,UEB       A,C4#G

      ,PLANCK,-,E9/E9 ,RELA;N
;,E "<5]GY">
;H "<,PLANCK'S 3/ANT : IS _%
  #6.63@*10^-34 ;,J*;S _:">
;F "<FREQU5CY">
;C "<SPE$ ( LI<T">
_% .L _: "<WAVEL5G? : IS COMMONLY
  REPRES5T$ BY ! L[]CASE ,GREEK LR
  LAMBDA">

_% ,E .K HF .K ?HC/.L# _:

      ,RADIOACTIVE ,HALF-,LIFE
_% ,N;T _: "<MASS ( RADIOACTIVE MAT]IAL
  AT "T 9T]VAL ;T">
_% ,N;O _: "<MASS ( ! ORIG9AL AM.T (
  RADIOACTIVE MAT]IAL">
;K "<DECAY 3/ANT">
;T "<"T 9T]VAL = A HALF-LIFE P]IOD">

_% LN ?,N;T"/,N;O"# .K -KT _:

                                     #BJ
            ,NEME? )9 ,,UEB       B,C4#G

      ,SPE$ ( ,LI<T
;C "<SPE$ ( LI<T">
;F "<FREQU5CY">
_% .L _: "<WAVEL5G? : IS COMMONLY
  REPRES5T$ BY ! L[]CASE ,GREEK LR
  LAMBDA">
_% ,P1 _: "<"PIAL PRESSURE ( COMPON5T
  GAS #A">
_% ,P2 _: "<"PIAL PRESSURE ( COMPON5T
  GAS #B">
_% ,P3 _: "<"PIAL PRESSURE ( COMPON5T
  GAS #C">

_% ,P;,T .K ,P1+,P2+,P3+''' _:
-----------------------------------,C4#H

      ,TOTAL ,PRESSURE ( A ,GAS
_% ,P;,T _: "<TOTAL PRESSURE ( A GAS">
_% ,P1 _: "<"PIAL PRESSURE ( COMPON5T
  GAS #A">
_% ,P2 _: "<"PIAL PRESSURE ( COMPON5T
  GAS #B">
_% ,P3 _: "<"PIAL PRESSURE (         #BA
            ,NEME? )9 ,,UEB       A,C4#H
  COMPON5T GAS #C">

_% ,P;,T .K ,P1+,P2+,P3+''' _:

      ,VOLUME ,MOL>;Y ,RELA;N%IP
_% ,V;A _: "<VOLUME ( SOLU;N A">
_% ,M;A _: "<MOL>;Y ( SOLU;N A">
_% ,V;B _: "<VOLUME ( SOLU;N ;B">
_% ,M;B _: "<MOL>;Y ( SOLU;N ;B">

_% ,V;A",M;A .K ,V;B",M;B _:

  ,= M 9=MA;N & EXAMPLES1 SEE ! CURR5T
,,BANA ,GUID.E AT HTTPS3_/_/WWW4"
BRAILLEAU?OR;Y4ORG_/NEME?-CODE

    ,*EMICAL ,NOM5CLATURE
      ,*EMICAL ,EQUA;NS
_% ,NA,CL+,AG,N,O3 $O AG,CL+,NA,N,O3 _:

      ,*EMICAL ,EQUA;N ) ,P>5!SIS
_%
,CA(,O,H);2"+2,H,CL $O #2,H2,O+,CA,CL2
_:                                   #BB
            ,NEME? )9 ,,UEB       B,C4#H

      ,EQUA;N ) ,IONIC ,PROP]TIES
_% #2,NA^+"+(,S2,O3)^2- $O ,NA2,S2,O3 _:
-----------------------------------,C4#I

      ,EQUILIBRIUM ,EQUA;N ) ,/ATES (
      ,MATT]
_%
#2,H2(G)+,O2(G) $33O$[33 #2,H2,O(L) _:

      ,D[N ,PO9T+ ,>R[ "<,PRECIPITA;N">
  "<D[N >R[ 9DICATES A PRECIPITATE =MS 9
! REAC;N">

_% ,CA3(,P,O4);2"+3,H2,S,O4
  $O #2,H3,P,O4+3,CA,S,O4$%  _:

      ,UP ,PO9T+ ,>R[ "<,VAPORIZA;N">
  "<UP >R[ 9DICATES A GAS IS REL1S$">

_% #2,H3,P,O4 $O ,H4,P2,O7+,H2,O$< _:


                                     #BC
            ,NEME? )9 ,,UEB        ,D4#A

              ,APP5DIX ;,D
            ,P]IODIC ,TABLE

  ,X IS IMPORTANT TO GET ! /UD5T A COPY
( ! P]IODIC TABLE :5 ! RE/ ( ! CLASS IS
US+ ! P]IODIC TABLE4 ,2L >E "S GD S\RCES
= A P]IODIC TABLE4

_4 ,AM]ICAN ,PR9T+ ,H\SE = ! ,BL
      "<,,APH"> ,P]IODIC ,TABLE (
      ,ELE;TS ,REF];E ,BOOKLETS1 ,NEME?
      "<4CONT9U$1 B MAY 2 AVAILABLE F YR
      /ATE'S ,,EOT">
  _4 ,9CLUDES3
    _4 ,PR9T ,REF];E ,BOOKLET = ! T1*]
      HTTPS3_/_/WWW4APH4ORG_/PRODUCT_/"
      P]IODIC-TABLE-(-!-ELE;TS-REF];E-"
      *>T-&-BOOKLET-PR9T_/
    _4 ,BRL ,REF];E ,BOOKLET = ! /UD5T
      HTTPS3_/_/WWW4APH4ORG_/PRODUCT_/"
      P]IODIC-TABLE-(-!-ELE;TS-REF];E-"
      *>T-&-BOOKLET-BRAILLE_/
    _4 ,TACTILE GRAPHIC ( !          #BD
            ,NEME? )9 ,,UEB       A,D4#A
      ,P]IODIC ,TABLE ( ! ,ELE;TS T
      SPANS TWO FAC+ PAGES ) CORRESPOND+
      PR9T REPRES5TA;N "<0 AVAILABLE )
      EA* ( ! REF];E BOOKLETS ABV">
_4 ,AM]ICAN ,PR9T+ ,H\SE = ! ,BL
      "<,,APH"> ,AZ]'S ,9T]ACTIVE
      ,P]IODIC ,TABLE ,/UDY ,SET
      "<,,NEME?"> HTTPS3_/_/WWW4APH4"
      ORG_/PRODUCT_/AZ]S-9T]ACTIVE-"
      P]IODIC-TABLE-/UDY-SET-NEME?_/
_4 ,TACTILE ,VI.N ,GRAPHICS ,P]IODIC
      ,TABLE ( ,*EMICAL ,ELE;TS HTTPS3"
      _/_/TACTILEVI.NGRAPHICS4COM_/PRODU
      CT_/TABLE-(-ELE;TS_/
_4 ,M 9=MA;N HTTPS3_/_/WWW4P]K9SELE>N+4"
      ORG_/TE*NOLOGY_/BLOG_/A3ESSIBLE-P]
      IODIC-TABLE-OP;NS






                                     #BE
            ,NEME? )9 ,,UEB        ,E4#A

              ,APP5DIX ;,E
                ,PHYSICS

    ,A3EL]A;N
A "<A3EL]A;N">
_% T;F _: "<F9AL "T">
_% T;I _:"<9ITIAL "T">
_% V;F _:"<F9AL VELOC;Y">
_% V;I _:"<9ITIAL VELOC;Y">
_% .,DT _: "<*ANGE 9 "T">
_% .,DD _: "<*ANGE 9 POSI;N1 4T.E
  TRAVEL$1 OR 4PLACE;T">
_% .,DV _: "<*ANGE 9 VELOC;Y-M_/S">

_%
A .K ?.,DV/.,DT#
  .K ?V;F"-V;I"/T;F"-T;I"#
  .K ?V;F^2"-V;I^2"/2.,DD#
  .K ?DISTANCE/TIME^2"# _:

    ,C5TRIPETAL ,A3EL]A;N
_% A;C _: "<C5TRIPETAL A3EL]A;N">
_% V;T _: "<TANG5TIAL VELOC;Y">      #BF
            ,NEME? )9 ,,UEB       A,E4#A
;R "<RADIUS">

_% A;C .K ?V;T^2"/R# _:

    ,C\LOMB'S ,3/ANT
;,N "<,NEWTON">
;,C "<,C\LOMBS">
;M "<MET]S">

_% #8.988@*10^9 (?,NM^2"/;,C^2"#) _:
-----------------------------------,E4#B

    ,D5S;Y
;M "<MASS">
;,V "<VOLUME">
_% .R _: "<D5S;Y : IS COMMONLY REPRES5T$
  BY ! L[]CASE ,GREEK LR RHO">

_% .R .K ?M/,V# _:

    ,4PLACE;T
_% V;I _: "<9ITIAL VELOC;Y">
A "<A3EL]A;N">
_% .,DD _: "<4T.E TRAVEL$ OR         #BG
            ,NEME? )9 ,,UEB       A,E4#B
  4PLACE;T">
_% .,DT _: "<*ANGE 9 "T">

_% .,DD .K V;I".,DT+?1/2#A.,DT^2 _:

    ,4T.E "<= ,"S?+ ,FALL+">
;D "<4T.E TRAVEL$">
;G "<A3EL]A;N DUE TO GRAV;Y : IS
  _% #9.8 ;M_/;S^2 _: ON E>?'S SURFACE">
;T "<"T">

_% D .K ?1/2#GT^2 _:

    ,E35TRIC;Y
;E "<E35TRIC;Y">
;F "<4T.E 2T FOCI ( AN ELLIPSE">
;D "<MAJOR AXIS L5G? ( AN ELLIPSE">

_% E .K ?F/D# _:
-----------------------------------,E4#C

    ,E6ICI5CY
,EFF "<P]C5T E6ICI5CY">
_% ,W;,O _: "<"W \">                 #BH
            ,NEME? )9 ,,UEB       A,E4#C
_% ,W;,I _: "<"W 9">

_% ,EFF .K ?,W;,O"/,W;,I"#@*100 _:

    ,E9/E9'S ,EQUA;N "<,MASS-,5]GY
    ,EQUIVAL;E">
;,E "<5]GY">
;M "<MASS">
;C "<SPE$ ( LI<T : IS
  _% #3@*10^8 ;M_/;S _: ">

_% ,E .K MC^2 _:

    ,ELA/IC ,POT5TIAL ,5]GY
,,EPE "<ELA/IC POT5TIAL 5]GY">
;K "<SPR+ 3/ANT">
;X "<4T.E /RET*$ OR COMPRESS$">

_% ,,EPE .K ?1/2#KX^2 _:

    ,ELECTRIC ,CURR5T
,I "<CURR5T">
;,V "<VOLTAGE">
;,R "<RESI/.E">                      #BI
            ,NEME? )9 ,,UEB       B,E4#C

_% ,I .K ?,V/,R# _:
-----------------------------------,E4#D

    ,ELECTRIC ,5]GY
;,E "<5]GY">
;,P "<P[]">
;T "<"T">

_% ,E .K ,PT _:

    ,ELECTRIC ,FIELD
;,E "<ELECTRIC FIELD">
_% ,F;,E _: "<ELECTRIC =CE">
;Q "<TE/ *>GE">

_% ,E .K ?,F;,E"/Q# _:

    ,ELECTRIC ,=CE
_% ,F;,E _: "<ELECTRICAL =CE 2T #B *>G$
  "PICLES">
_% K;C _: "<,C\LOMB'S 3/ANT : IS
  _% #8.988@*10^9"(?,NM^2"/,C^2"#) _:">
_% Q1 _: "<*>GE ( #AST "PICLE">      #CJ
            ,NEME? )9 ,,UEB       A,E4#D
_% Q2 _: "<*>GE ( #BND "PICLE">
;D "<4T.E 2T "PICLES">

_% ,F;,E .K ?K;,C"Q1Q2/D^2"# _:

    ,ELECTRIC ,POT5TIAL
;,V "<ELECTRIC POT5TIAL">
,,EPE "<ELECTRIC POT5TIAL 5]GY">
;Q "<*>GE">

_% ,V .K ?,,EPE/Q# _:
-----------------------------------,E4#E

    ,ELECTRIC ,P[]
;,P "<ELECTRIC P[]">
;,V "<VOLTAGE">
,I "<CURR5T">

_% ,P .K ,V,I _:

    ,ELECTRIC ,VOLTAGE
;,V "<VOLTAGE">
,I "<CURR5T">
;,R "<RESI/.E">                      #CA
            ,NEME? )9 ,,UEB       A,E4#E

_% ,V .K ,I,R _:

    ,5]GY "<( ,WAVES">
;,E "<5]GY">
;H "<,PLANCK'S 3/ANT : IS
  _% #6.63@*10^-34",J*S _:">
;F "<FREQU5CY">

_% ,E .K HF _:

    ,EQUIVAL5T ,RESI/.E "<,RESI/ORS 9
    ,S]IES">
;,R "<S]IES RESI/.E">
_% ,R1 _: "<RESI/.E #A">
_% ,R2 _: "<RESI/.E #B">
_% ,R3 _: "<RESI/.E #C">

_% ,R .K ,R1+,R2+,R3+ ''' _:




                                     #CB
            ,NEME? )9 ,,UEB        ,E4#F

    ,EQUIVAL5T ,RESI/.E "<,RESI/ORS 9
    ,P>ALLEL">
;,R "<P>ALLEL RESI/.E">
_% ,R1 _: "<RESI/.E #A">
_% ,R2 _: "<RESI/.E #B">
_% ,R3 _: "<RESI/.E #C">

_%
?1/,R# .K ?1/,R1#+?1/,R2#+?1/,R3#+ '''
_:

    ,FOCAL ,L5G? "<,POSITIVE = ,3CAVE
    ,MIRRORS1 ,NEGATIVE = ,3VEX
    ,MIRRORS">
;F "<FOCAL L5G?">
;,R "<RADIUS ( CURVATURE ( ! MIRROR'S
  SURFACE">

_% F .K ?,R/2# _:

    ,FREQU5CY "<( ,WAVES">
;F "<FREQU5CY">
;,T "<P]IOD">                        #CC
            ,NEME? )9 ,,UEB       A,E4#F

_% F .K ?1/,T# _:

    ,GRAVITA;NAL ,3/ANT
;,N "<,NEWTON">
KG "<KILOGRAM">
;M "<MET]S">

_%
,G .K #6.67@*10^-11 (?,NM^2"/KG^2"#) _:
-----------------------------------,E4#G

    ,GRAVITA;NAL ,=CE "<,2T ,TWO
    ,OBJECTS">
_% ,F;G _: "<GRAVITA;NAL =CE 2T #B
  OBJECTS">
;,G "<GRAVITA;NAL 3/ANT : IS
  _% #6.67@*10^-11 (?,NM^2"/KG^2"#) _:">
_% M1 _: "<MASS ( #AST OBJECT">
_% M2 _: "<MASS ( #BND OBJECT">
;D "<4T.E 2T C5T]S ( OBJECTS">

_% ,F;G .K ?,GM1M2/D^2"# _:
                                     #CD
            ,NEME? )9 ,,UEB       A,E4#G

    ,GRAVITA;NAL ,POT5TIAL ,5]GY
,,GPE "<GRAVITA;NAL POT5TIAL 5]GY">
;M "<MASS">
;G "<A3EL]A;N DUE TO GRAV;Y : IS
  _% #9.8 ;M_/;S^2 _: ON E>?'S SURFACE">
;H "<HEI<T">

_% ,,GPE .K MGH _:

    ,H1T ,GA9$ OR ,LO/
;,Q "<H1T GA9$ OR LO/">
;M "<MASS">
_% C;P _: "<SPECIFIC H1T">
_% .,D,T _: "<*ANGE 9 TEMP]ATURE">

_% ,Q .K MC;P".,D,T _:
-----------------------------------,E4#H

    ,IMPULSE "<,*ANGE 9 ,MO;TUM">
,I "<IMPULSE">
_% .,DP _: "<*ANGE 9 MO;TUM">
;,F "<=CE">
_% .,DT _: "<*ANGE 9 "T1 ELAPS$      #CE
            ,NEME? )9 ,,UEB       A,E4#H
  "T">
;,M "<MASS">
_% .,DV _: "<*ANGE 9 VELOC;Y">

_% ,I .K .,DP .K ,F.,DT .K M.,DV _:

    ,K9ETIC ,5]GY
,,KE "<K9ETIC 5]GY">
;M "<MASS">
;V "<VELOC;Y">

_% ,,KE .K ?1/2#MV^2 _:

    ,LAW ( ,3S]VA;N ( ,5]GY
_% ,,KE;I _: "<9ITIAL K5ETIC 5]GY">
_% ,,PE;I _:"<9ITIAL POT5TIAL 5]GY">
_% ,,KE;F _: "<F9AL K9ETIC 5]GY">
_% ,,PE;F _: "<F9AL POT5TIAL 5]GY">

_% ,,KE;I"+,,PE;I .K ,,KE;F"+,,PE;F _:

    ,LAW ( ,3S]VA;N ( ,MO;TUM
_% M1 _: "<MASS ( "PICLE ,A">
_% U1 _: "<VELOC;Y ( "PICLE ,A 2F    #CF
            ,NEME? )9 ,,UEB       B,E4#H
  IMPACT">
_% V1 _: "<VELOC;Y ( "PICLE ,A AF
  IMPACT">
_% M2 _: "<MASS ( "PICLE ;,B">
_% U2 _: "<VELOC;Y ( "PICLE ;,B 2F
  IMPACT">
_% V2 _: "<VELOC;Y ( "PICLE ;,B AF
  IMPACT">

_% M1U1+M2U2 .K M1V1+M2V2 _:
-----------------------------------,E4#I

    ,LOR5TZ ,FACTOR "<,GAMMA ,FACTOR">
_% .G _: "<,LOR5TZ ,FACTOR REPRES5T$ BY
  ! L[]CASE ,GREEK LR GAMMA">
;V "<VELOC;Y">
;C "<SPE$ ( LI<T : IS
  _% #3@*10^8 ;M_/;S _:">

_% .G .K ,?1,/>1-(?V/C#)^2"],# _:

    ,ME*ANICAL ,5]GY
,,ME "<ME*ANICAL 5]GY">
,,KE "<K9ETIC 5]GY">                 #CG
            ,NEME? )9 ,,UEB       A,E4#I
,,PE "<POT5TIAL 5]GY">

_% ,,ME .K ,,KE+,,PE _:

    ,MIRROR ,EQUA;N
;F "<FOCAL L5G?">
_% D;I _: "<4T.E TO IMAGE">
_% D;O _: "<4T.E TO OBJECT">

_% ?1/F# .K ?1/D;I"#+?1/D;O"# _:

    ,MO;TUM
;P "<MO;TUM">
;M "<MASS">
;V "<VELOC;Y">

_% P .K MV _:
----------------------------------,E4#AJ

    ,NET ,=CE
;,F "<NET =CE1 SUM ( ALL =CES">
;M "<MASS">
A "<A3EL]A;N">
                                     #CH
            ,NEME? )9 ,,UEB      A,E4#AJ

_% ,F .K MA _:

    ,P]IOD "<( ,WAVES">
;,T "<P]IOD">
;F "<FREQU5CY">

_% ,T .K ?1/F# _:

    ,P]IOD "<( A ,P5DULUM">
;,T "<P]IOD">
;L "<L5G?">
;G "<A3EL]A;N DUE TO GRAV;Y : IS
  _% #9.8 ;M_/;S^2 _: ON E>?'S SURFACE">

_% ,T .K #2.P>?L/G#] _:

    ,PLANCK'S ,3/ANT
;,J "<,J\LE">
;S "<SECOND">

_% #6.63@*10^-34 ;,J*;S _:

                                     #CI
            ,NEME? )9 ,,UEB       ,E4#AA

    ,POSI;N
;X "<POSI;N">
_% X0 _: "<9ITIAL POSI;N">
_% V0 _: "<9ITIAL VELOC;Y">
;T "<"T">
A "<A3EL]A;N">

_% X .K X0+V0T+?1/2#AT^2 _:

    ,P[]
;,P "<P[]">
;,W "<"W D"O">
;T "<"T 9T]VAL">

_% ,P .K ?,W/T# _:

    ,PRESSURE
;,P "<PRESSURE">
;,F "<,NEWTONS">
,A "<>EA 9 MET]S SQU>$">

_% ,P .K ?,F/,A# _:
                                     #DJ
            ,NEME? )9 ,,UEB      A,E4#AA

    ,PY?AGOR1N ,!OREM
A & ;B "<LEGS">
;C "<HYPOT5USE">

_% A^2"+B^2 .K C^2 _:
----------------------------------,E4#AB

    ,RE/OR+ ,=CE
;,F "<RE/OR+ =CE">
;K "<SPR+ 3/ANT">
;X "<4PLACE;T">

_% ,F .K -KX _:

    ,SPE$
;S "<SPE$">
_% .,DD _: "<4T.E TRAVEL$">
_% .,DT _: "<*ANGE 9 "T">

_% S .K ?.,DD/.,DT# _:


                                     #DA
            ,NEME? )9 ,,UEB      A,E4#AB

    ,TORQUE
_% .T .: "<TORQUE : IS COMMONLY
  REPRES5T$ BY ! L[]CASE ,GREEK LR TAU">
;,F "<=CE">
;R "<L"E >M">

_% .T .K ,FR _:

    ,VELOC;Y "<,AV]AGE">
_% V;AVG _: "<AV]AGE VELOC;Y">
_% T;F _: "<F9AL "T">
_% T;I _: "<9ITIAL "T">
_% X;F _: "<F9AL POSI;N">
_% X;I _: "<9ITIAL POSI;N">
_% .,DX _: "<*ANGE 9 POSI;N1 4T.E
  TRAVEL$1 OR 4PLACE;T">
_% .,DT _: "<*ANGE 9 "T">

_% V;AVG .K ?.,DX/.,DT#
         .K ?X;F"-X;I"/T;F"-T;I"# _:


                                     #DB
            ,NEME? )9 ,,UEB       ,E4#AC

    ,VELOC;Y "<= ,3/ANT ,A3EL]A;N">
_% V;F _: "<F9AL OR 9/ANTANE\S VELOC;Y">
_% V;I _:"<9ITIAL VELOC;Y">
A "<A3EL]A;N">
;T "<"T">

_% V;F .K V;I"+AT _:

    ,VELOC;Y "<= ,"S?+ ,FALL+">
;V "<VELOC;Y">
_% V;F _: "<F9AL OR 9/ANTANE\S VELOC;Y">
_% V;I _: "<9ITIAL VELOC;Y">
;G "<A3EL]A;N DUE TO GRAV;Y : IS #I4H
  M_/S;9#B ON E>?'S SURFACE">
;T "<"T">

_% V .K GT ,'OR V;F .K V;I"-GT _:

    ,VELOC;Y "<( ,WAVES">
;V "<VELOC;Y">
;F "<FREQU5CY">
_% .L _: "<WAVEL5G? : IS COMMONLY
  REPRES5T$ BY ! L[]CASE ,GREEK LR   #DC
            ,NEME? )9 ,,UEB      A,E4#AC
  LAMBDA">

_% V .K F*.L _:

    ,WEI<T "<,OBJECT ) ,ONLY ,=CE (
    ,GRAV;Y ,ACT+ ,ON ,X">
;,W "<WEI<T">
;M "<MASS">
;G "<A3EL]A;N DUE TO GRAV;Y : IS
  _% #9.8 ;M_/;S^2 _: ON E>?'S SURFACE">

_% ,W .K MG _:
----------------------------------,E4#AD

    ,"W
;,W "<"W">
;,F "<=CE">
;D "<4T.E">
_% .? _: "<ANGLE 2T ! =CE DIREC;N &
  MOVE;T DIREC;N : IS COMMONLY REPRES5T$
  BY ! L[]CASE ,GREEK LR !TA">
_% .,D,K,E _: "<*ANGE 9 K9ETIC 5]GY">

                                     #DD
            ,NEME? )9 ,,UEB      A,E4#AD

_% ,W .K ,FD ,'OR ,W .K ,FDCOS.? ,'OR
  ,W .K .,D,K,E _:
-----------------------------------,F4#A

              ,APP5DIX ;,F
             ,METRIC ,SY/EM

7777777777777777777777777777777777777777
      @.<,PR9T =MAT IS *ANG$4 ,R[ H1D+S
    >E BLOCK$ 9 CELL #E2 COLUMN H1D+S
    2G9 9 CELL #A4 ,ALL H1D+S >E REP1T$
    = CL>;Y4 ,A COLON SEP>ATES H1D+S F
    TABLE 5TRIES4 ,A S]IES ( ?REE GUIDE
    DOTS 9DICATES A BLANK 5TRY4@.>

    _% #10^N_3 #10^24 _:
,PREFIX3 ,YOTTA
,SYMBOL3 ;,Y
,DECIMAL3
  #A1JJJ1JJJ1JJJ1JJJ1JJJ1JJJ1JJJ1JJJ


                                     #DE
            ,NEME? )9 ,,UEB       A,F4#A

    _% #10^N_3 #10^21 _:
,PREFIX3 ,ZETTA
,SYMBOL3 ;,Z
,DECIMAL3 #A1JJJ1JJJ1JJJ1JJJ1JJJ1JJJ1JJJ

    _% #10^N_3 #10^18 _:
,PREFIX3 ,EXA
,SYMBOL3 ;,E
,DECIMAL3 #A1JJJ1JJJ1JJJ1JJJ1JJJ1JJJ

    _% #10^N_3 #10^15 _:
,PREFIX3 ,PETA
,SYMBOL3 ;,P
,DECIMAL3 #A1JJJ1JJJ1JJJ1JJJ1JJJ

    _% #10^N_3 #10^12 _:
,PREFIX3 ,T]A
,SYMBOL3 ;,T
,DECIMAL3 #A1JJJ1JJJ1JJJ1JJJ



                                     #DF
            ,NEME? )9 ,,UEB       B,F4#A

    _% #10^N_3 #10^9 _:
,PREFIX3 ,GIGA
,SYMBOL3 ;,G
,DECIMAL3 #A1JJJ1JJJ1JJJ

    _% #10^N_3 #10^6 _:
,PREFIX3 ,MEGA
,SYMBOL3 ;,M
,DECIMAL3 #A1JJJ1JJJ

    _% #10^N_3 #10^3 _:
,PREFIX3 ,KILO
,SYMBOL3 ;K
,DECIMAL3 #A1JJJ

    _% #10^N_3 #10^2 _:
,PREFIX3 ,HECTO
,SYMBOL3 ;H
,DECIMAL3 #AJJ



                                     #DG
            ,NEME? )9 ,,UEB       C,F4#A

    _% #10^N_3 #10^1 _:
,PREFIX3 ,DEKA
,SYMBOL3 DA
,DECIMAL3 #AJ

    _% #10^N_3 #10^0 _:
,PREFIX3 "<,BASE">
,SYMBOL3 """
,DECIMAL3 #A

    _% #10^N_3 #10^-1 _:
,PREFIX3 ,DECI
,SYMBOL3 ;D
,DECIMAL3 #J4A

    _% #10^N_3 #10^-2 _:
,PREFIX3 ,C5TI
,SYMBOL3 ;C
,DECIMAL3 #J4JA



                                     #DH
            ,NEME? )9 ,,UEB       D,F4#A

    _% #10^N_3 #10^-3 _:
,PREFIX3 ,MILLI
,SYMBOL3 ;M
,DECIMAL3 #J4JJA

    _% #10^N_3 #10^-6 _:
,PREFIX3 ,MICRO
,SYMBOL3 _% .M _:
,DECIMAL3 #J4JJJJJA

    _% #10^N_3 #10^-9 _:
,PREFIX3 ,NANO
,SYMBOL3 ;N
,DECIMAL3 #J4JJJJJJJJA

    _% #10^N_3 #10^-12 _:
,PREFIX3 ,PICO
,SYMBOL3 ;P
,DECIMAL3 #J4JJJJJJJJJJJA



                                     #DI
            ,NEME? )9 ,,UEB       E,F4#A

    _% #10^N_3 #10^-15 _:
,PREFIX3 ,FEMTO
,SYMBOL3 ;F
,DECIMAL3 #J4JJJJJJJJJJJJJJA

    _% #10^N_3 #10^-18 _:
,PREFIX3 ,ATTO
,SYMBOL3 A
,DECIMAL3 #J4JJJJJJJJJJJJJJJJJA

    _% #10^N_3 #10^-21 _:
,PREFIX3 ,ZEPTO
,SYMBOL3 ;Z
,DECIMAL3 #J4JJJJJJJJJJJJJJJJJJJJA

    _% #10^N_3 #10^-24 _:
,PREFIX3 ,YOCTO
,SYMBOL3 ;Y
,DECIMAL3 #J4JJJJJJJJJJJJJJJJJJJJJJJA
GGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGG


                                     #EJ
            ,NEME? )9 ,,UEB         ,R#A

                ,REF];ES

,BRL ,AU?OR;Y ( ,NOR? ,AM]ICA4 .7,,BANA
  ,GUIDEL9ES = ! ,TRANSCRIP;N ( ,E>LY
  ,$UCA;NAL ,MAT]IALS F ,PR9T TO ,BRL.'4
  ,RETRIEV$ F HTTPS3_/_/WWW4"
  BRAILLEAU?OR;Y4ORG_/E>LY-LE>N+-MAT]IAL
  S
,BRL ,AU?OR;Y ( ,NOR? ,AM]ICA4
  "<#BJAH">4 .7,GUID.E = ,TRANSCRIP;N
  ,US+ ! ,NEME? ,CODE ,)9 ,,UEB
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