XCC__text__TEXTFB__data__DATA  `__cstring__TEXT!#__literal8__TEXT?B__picsymbolstub2__TEXT@Be__la_sym_ptr2__DATAC|Ek__nl_symbol_ptr__DATAC@`F>__textcoal_nt__TEXTCF @m^HrH P SlNUS$E D$E$BCU<uCU<u ECU<u>CUCU CBABAB A CUC$AE+CUCUEE$[]ÐUVS0E D$E$ABU<BU</D$E $AAfBB<JBB<.B8x0D$H0$@BEBUE􍃳BUD$BUD$B$S@B uBUBUD$BUD$BU$?BMUED$BD$BU$?B$?EEyBU<tBU<B8;BU<ujBU8u)BUH>f.zBU8uBU@%?}BU<BU8u%BUH>f.zt0BU8u`BU@%?CBD$E$4>tB$>EEBU<tCBUBU BBABAB A dBU<BU8>D$BU@$D=>EEztBUH>f.wjBUB*Bf.sCBUBUH>\f(,E[B8JBUD$BU$B<uBUD$BUD$BU$G<B uBUBU@BUL0D$BU${;BUBE􍃣BU*$(;BUBUBUEOBUB$;E+BUBUEE0[^]ÐUVSP}uDž%Q:EEE$':EE8#BEE+t -t&ED$E$9E썃<<EED$E$9EE;EuDžEE}x(<U;}')D$)$2:DžCE8:uEE$D9EE8t9 < <uE)ED$E$I<<U<<$9E8!*$8E}u *ED$E$L8t'*D$)$C9DžTE$^8EE8t E E$7E}tU*D$)$8}E8?uCE$7E < <uE)E$>7EEE8t"D$@E$:uEE}'vUE)ЉpU$6w(pU$69s Ew:UE)ЉD$pUD$E$*6upU|SUE)ЉpUD$5w,pUD$59swUE)ЉD$pUDD$E$e5E$6E < <uE)D$ED$$4=v'l*D$)$n6DžDžDžDž$4yz8>u[$/5t$8>u(Dž({t *D$$3*D$$3u'*D$)$05DžA<$3x?D$@$u(븍pUЍ$DЉE能tN<<@X9t<$2$2<<@XE艅GE<2E썋 < <uE)ED$E$XP[^]ÐUS$81E$1E}yg#$u1W1E$[]ÐU(E $2E E D$E$2E } u EE $2EEÐUS$EUȃD$ UD$"D$44$0UD D$ UD$"D$44$.0U|t=UDD$#D$44$/E-#D$44$/E$[]US4tEEE8t"D$@E$ uE֋E;ES EE}'vUE)ЉD$T UD$E$0tPT U|tHUE)ЉD$T UDD$E$/uE$EESE8!uS"D$ D$3$.V"D$ D$3$[.E}tWE$/EEEE8t"D$@E$Z uE֋E;EtE, UE)ЉD$p"D$E$..v"D$ D$3$-"D$ D$3$-EE}'vT UD D$ T UD$"D$3$-E32@X9uD28t729E|%Ex$,u E E8E UE)ЉD$"D$E$`-P"D$ D$3$Q,"D$ D$3$+,4#D$ D$3$,Y#D$ D$3$+t#D$ D$3$+#D$ D$3$+#D$ D$3$m+<$D$ D$3$G+S$D$ D$3$!+t$D$ D$3$*$D$ D$3$*$D$ D$3$*%D$ D$3$*[%D$ D$3$c*t%D$ D$3$=*%D$ D$3$*%D$ D$3$)4&D$ D$3$)f&D$ D$3$)&D$ D$3$)&D$ D$3$Y)T'D$ D$3$3)E\UE)ЉD$'D$E$)t)UE)ЉD$'D$E$)'D$ D$3$((D$ D$3$(G(D$ D$3$g(T(D$ D$3$A((D$ D$3$((D$ D$3$')D$ D$3$'5)D$ D$3$'T)D$ D$3$')D$ D$3$]'*D$ D$3$7'T*D$ D$3$'*D$ D$3$&*D$ D$3$&+D$ D$3$&t+D$ D$3$y&+D$ D$3$S&,D$ D$3$-&4,D$ D$3$&E0E$%EE}'vE$E32@X9uR28tE29E|3Ex$Y%u E!$'Eoz,D$ D$3$#%EL,D$ D$3$$,D$ D$3$$4-D$ D$3$$t-D$ D$3$$-D$ D$3$Y$-D$ D$3$3$4.D$ D$3$ $.D$ D$3$#E}'vMgfff)‰)ȅu!D$3$#T UD$.D$3$a#¸)ЉE}$.D$3$1#E(ԍE>.D$ D$3$"/D$ D$3$"EE4[]US$Eu&D&MU L4!щM}E"E D$E$0%E}EE$[]! !@!!!!! !"F"`""" #`######$ $V$`$$$$%F%K%`%%%%%% &Z&b&m&&&& 'Z'#'''''$ (c(m(v(((()A)G)`))))* *`**#**K%+E+M+++#+++, ,G,L,`,,$,,- -_-e---L,- . . .H.`...../M+ /Z/`/////0(0@000,0approximate[equation-number-ranges]Approximate all numerical values in the specified equation spaces.calculate[variable number-of-iterations]Temporarily plug in values for variables and approximate.clearDelete expressions stored in memory so equation spaces can be reused.code["c" or "java" or "python" or "integer"] [equation-number-ranges]Output C, Java, or Python code for the specified equations.compareequation-number ["with" equation-number]Compare two equation spaces to see if they are the same.copy[equation-number-range]Duplicate the specified equation spaces.derivativedifferentiate[variable or "all"] [order]Symbolically differentiate and simplify, order times.display["factor"] [equation-number-range]Display equation spaces in multi-line fraction format.divide[variable]Prompt for 2 polynomials/numbers and divide. Display result and GCD.echo[text]Output a line of text, followed by a newline.edit[file-name]Edit all equation spaces or an input file.eliminatevariables or "all" ["using" equation-number]Substitute the specified variables with solved equations.extremastationary[variable] [order]Find possible local minimums and maximums of the current expression.factor["number" [integers]] or [equation-number-range] [variables]Factor given integers or factor variables in expressions.fractionConvert expressions with algebraic fractions into a single fraction.help[topic or command-names]Short, built-in help.imaginaryCopy the imaginary part of an expression (see the "real" command).integrateintegral["definite"] variable [order]Symbolically integrate polynomials, order times.laplace["inverse"] variableCompute the Laplace or inverse Laplace transform of polynomials.limitvariable expressionTake the limit as variable goes to expression.list["export" or "maxima"] [equation-number-ranges]Display equation spaces in single line format.nintegrate["trapezoid"] variable [partitions]Approximate the definite integral using Simpson's rule.optimizeSplit up an equation into smaller multiple equations.pauseWait for user to press the Enter key. Optionally display a message.productvariable start end [step]Compute the product as variable goes from start to end.pushPush specified equation spaces into the readline history.quitexitTerminate this program without saving.readfile-nameRead in a text file as if it was typed in.realCopy the real part of an expression (see the "imaginary" command).replace[variables ["with" expression]]Substitute variables in the current equation with expressions.rootsroot real-part imaginary-partDisplay all the roots of a complex number.saveSave all equation spaces in a text file.set[["no"] option]Set or display various session options.simplify["symbolic"] ["quick"] ["fraction"] [equation-number-range]Completely simplify expressions.solvevariable or "0"Solve the current equation for a variable or for zero.sumCompute the summation as variable goes from start to end.tally["average"]Prompt for and add entries, show running (grand) total.taylor[variable] [order] [point]Compute the Taylor series expansion of the current expression.unfactorexpand["fully"] [equation-number-range]Algebraically expand (multiply out) expressions.versionDisplay version number, compile flags, and maximum memory usage.=Swapping equation sides of the current equation.%s answerEquation not defined.SHELL/bin/shShell not found or not executable, check SHELL environment variable.System command failed.Command line too long.awCan't open redirected output file for writing.system(3) call failed%s - %s Usage: %s %s Alternate name for this command: %s ! - Shell escape, execute shell and any specified system command.Usage: ![system-command] usageCommand Usage Syntax--------------------%s %s geometryCommonly Used Geometric Formulas--------------------------------Triangle of base "b" and height "h": Area = b*h/2Rectangle of length "l" and width "w": Area = l*w Perimeter = 2*l + 2*wTrapezoid of parallel sides "a" and "b", and "d" distance between them: Area = d*(a + b)/2Circle of radius "r": Area = pi*r^2 Perimeter = 2*pi*r Area = Perimeter*r/2Rectangular solid of length "l", width "w", and height "h": Volume = l*w*h Surface area = 2*l*w + 2*l*h + 2*w*hSphere of radius "r": Volume = 4/3*pi*r^3 Surface area = 4*pi*r^2Right circular cylinder of radius "r" and height "h": Volume = pi*r^2*h Surface area = 2*pi*r*(h + r)Right circular cone of radius "r" and height "h": Volume = pi*r^2*h/3 Base surface area = pi*r^2 Side surface area = pi*r*(r^2 + h^2)^.5 Convex polygon of "n" sides, sum of all interior angles formula: Sum = (n - 2)*180 degrees Sum = (n - 2)*pi radiansexpressionsequationsTo enter an expression or equation, simply type it in at the prompt.Operators have precedence decreasing as indicated: - negate ! factorial (gamma function) ** or ^ power (exponentiation) * multiply / divide % modulus + add - subtract = equateOperators in the same precedence level are evaluated left to right. Variables consist of any combination of letters, digits, and underscores (_).Predefined constants and variables follow: e or e# - the universal constant e (2.7182818284...). pi or pi# - the universal constant pi (3.1415926535...). i or i# - the imaginary number (square root of -1).The above constants may also be used anywhere variables are required. sign, sign1, sign2, sign3, ... - variable that can only be +1 or -1. integer - variable that may be any integer. inf - infinity constant. Absolute value notation "|x|" and dual polarity "+/-" are understood.End of command list.This help command is provided as a quick reference.Full documentation is available at the website "www.mathomatic.org".Type "help all" for a summary and syntax of the all commands.Type "help usage" for syntax of all commands.Type "help expressions" for help with entering expressions.Type "help geometry" for some commonly used geometric formulas."help" or "?" followed by command names will give info on those commands. Available commands:%s To select an equation in memory, type the equation number at the main prompt.To solve the current equation, type the variable name at the main prompt.?⍀P⍀Pοɿ⍀P鵿谿⍀P霿藿⍀P郿~⍀Pje⍀PQLo⍀oP83Z⍀ZPE⍀EP0⍀0P⍀PԾϾ⍀P黾趾⍀P颾蝾⍀P鉾脾⍀Ppk⍀PWR⍀P>9⍀P% s⍀sP ^⍀^PI⍀IPڽս4⍀4P輽⍀P騽製 ⍀ P鏽芽⍀Pvq⍀P]X⍀PD?⍀P+&⍀P ⍀P @&@?@X@q@@@@@@A A9ARAkAAAAAABB3BLBeB~BBBBBB$Ë$úC|x \PCFQ1<?6*C Q1@?C"?C?C2G;C1Q1' ?!C Q1>CQ1>CQ1@>CQ1>}CsQ1i=cWCMQ1C`==1C'Q1 = CQ1=2,CCCwCj>'CQ1<CQ1<CQ1`<CQ1<CyQ1o;i]CSQ1I`;C7C-Q1# ;CQ1:CQ1:CQ1@:CQ19yCoQ1e9_SCIQ1?99-C#Q1`9CQ1 9CQ18CQ18CQ18{oCeQ1[@8M>'8(8CQ17CQ17CQ1 7}CsQ1i6cWCMQ1C6=1C'Q16 CQ1@6CQ16CQ15CQ15sCiQ1_`5YMCCQ19553'CQ15 CQ14CQ14CQ14CQ1{@4uiC_Q1U4OCC9Q1/3)CQ1 3CQ13CQ1@333g_,FC9C*C"C C,3CQ13zCpQ1f3XI2CQ12CQ12m^> sgCX]2XQECX;`2X XXCXN2XXXCXE2XXaXT ?" /2 CpxCpoMCpECp?/#CpCp Cp p  k CpV N Q1pD 2p/  1p  1p S   Q1p 1p  Cp Cp   p] D p9  p p  p  p| d p2   Cp Cp   Q1p 1p ` C ; Q1p1 1p'  x1p r1pCpCpCpCpzTLQ1pB\1p1CpCpl >C ,C !C C C C C , C C C {C qU1 ]C HC 7C ,C &C C C C C C ? |C jC QC CC 1? C ? C ? C C C sC aC PC 6*C   C C C ? C C C uC bC L? 9C &C C C C C C C C yC scC QC <C +C  C C C C C C Q1  1 C C C tC lC ^O1 :C %C  C C C C C yC gC VC 9C (C  [ Z X W U Q N L |xtJ lhd`I XTPLE D@<8D 0,($C B A @ = : 9 2 1 |xtp/ hd`\- XTPLH+ @<84,($ (  # "       |xtpl d`\X PLHD <840 ($    ] CBCB ] {CB{CB ] wCBwCB ] sCBsCB ] oCBoCB ] kCvBxkCvBr m] ggC]B_gC]BY T] NcCDBFcCDB@ ;] 5_C+B-_C+B' "] [CB[CB ] WCAWCA ] SCASCA ] OCAOCA ] KCAKCA ] GCAGCA ] CC|A~CC|Ax s] m?CcAe?CcA_ Z] T;CJAL;CJAF A] ;7C1A37C1A- (] "3CA3CA ] /C@/C@ ] +C@+C@ ] 'C@'C@ ] #C@#C@ ] C@C@ ] C@C@~ y] sCi@kCi@e `] ZCP@RCP@L G] AC7@9C7@3 .] ( C@ C@ ] C@C@ xtplhd`\XTPLHD@<840,($  .='>VF8$&4TS )OM<!%P3?RG; .='>VF8$&4TS )OM<!%P3?RG; K *,5HY\076 3=pFCC5L)`'!,6C(M]jv`hoS (73@JT^hGuw{?^_approximate_cmd_calculate_cmd_clear_cmd_code_cmd_compare_cmd_copy_cmd_derivative_cmd_display_cmd_divide_cmd_echo_cmd_edit_cmd_eliminate_cmd_extrema_cmd_factor_cmd_fraction_cmd_help_cmd_imaginary_cmd_integrate_cmd_laplace_cmd_limit_cmd_list_cmd_nintegrate_cmd_optimize_cmd_pause_cmd_product_cmd_push_cmd_quit_cmd_read_cmd_real_cmd_replace_cmd_roots_cmd_save_cmd_set_cmd_simplify_cmd_solve_cmd_sum_cmd_tally_cmd_taylor_cmd_unfactor_cmd_version_cmd_parse___i686.get_pc_thunk.bx_process_parse_process_shell_out_parse_var2_display_command___i686.get_pc_thunk.axdyld_stub_binding_helper_screen_rows___sF_gfp_input_column_autocalc_n_equations_autosolve_rhs_tes_debug_level_cur_equation_zero_token_lhs_n_rhs_n_lhs__DefaultRuneLocale_is_all_fprintf_default_color_perror_system_reset_attr_next_espace_fclose_fopen_my_strlcpy_strncasecmp_strlen_access_getenv_decstrtol_skip_space_set_sign_array_parse_var_exp_is_numeric_fmod_solve_memmove_printf_strcmp_return_result_parse_equation___maskrune_com_list___istype