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(18/3)^2+((13+7)*5^2)2*20/2+(3+4)*3^2-6+15(3*5^2/15)-(5-2^2)(5.9-5.3)*7.2+1.4^2(2.1^2+5.2-7.2)*7.1(18/3)^2+((13+7)*5^2)(-B+SQR(B^2-4*A*C))/(2*A)(-B-SQR(B^2-4*A*C))/(2*A)

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CASE SPRINGSFX  PLAY "O3 T180 L64 MB CD-DE-EFG-G"

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CASE SPRINGSFX  PLAY "O3 T180 L64 MB CD-DE-EFG-G T120"

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FOR y% = 1 TO MAXSPRITEHEIGHT  DEF SEG = &HA000 + (y% + yOffset%) * 20  FOR x% = 1 TO MAXSPRITEWIDTH    IF SpriteMap(SpriteId%, x%, y%) THEN         POKE (x% + xOffset%), SpriteMap(SpriteId%, x%, y%)    END IF  NEXT x%NEXT y%DEF SEG

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rem periodic table lookup examplerem uses carry command to perform modulusrem compile with FTCBASICdefine e = 0, i = 0, m = 0, r = 0, c = 0, q = 0dim a[1, 2, 5, 13, 57, 72, 89, 104]dim b[-1, 15, 25, 35, 72, 21, 58, 7]doclsprint "Periodic Table Lookup"crlfprint "0 to continue or 1 to quit: " \input qclsif q = 0 thengosub displaytablegosub searchtablecrlfprint "Press any key to continue..."pauseendifloop q <> 1endsub searchtableprint "Atomic number: " \input elet i = 8dolet i = i - 1loop @a[i] > elet m = e + @b[i]let r = ( m / 18 ) + 1carry clet c = c + 1cursor 19,20print "Period: " \print r \print " Group: " \print c \crlfreturnsub displaytableprint "      1   2   3   4   5   6   7   8   9   10  11  12  13  14  15  16  17  18"crlfprint "   1  H                                                                   He"crlfprint "   2  Li  Be                                          B   C   N   O   F   Ne"crlfprint "   3  Na  Mg                                          Al  Si  P   S   Cl  Ar"crlfprint "   4  K   Ca  Sc  Ti  V   Cr  Mn  Fe  Co  Ni  Cu  Zn  Ga  Ge  As  Se  Br  Kr"crlfprint "   5  Rb  Sr  Y   Zr  Nb  Mo  Tc  Ru  Rh  Pd  Ag  Cd  In  Sn  Sb  Te  I   Xe"crlfprint "   6  Cs  Ba  *   Hf  Ta  W   Re  Os  Ir  Pt  Au  Hg  Tl  Pb  Bi  Po  At  Rn"crlfprint "   7  Fr  Ra  **  Rf  Db  Sg  Bh  Hs  Mt  Ds  Rg  Cn  Nh  Fl  Mc  Lv  Ts  Og"crlfprint "   8 Lantanoidi*  La  Ce  Pr  Nd  Pm  Sm  Eu  Gd  Tb  Dy  Ho  Er  Tm  Yb  Lu"crlfprint "   9 Aktinoidi**  Ac  Th  Pa  U   Np  Pu  Am  Cm  Bk  Cf  Es  Fm  Md  No  Lr"crlfreturn

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rem Nim game examplerem compile with FTCBASICdefine tokens = 12, take = 0gosub introdoprint "There are " \print tokens \print " tokens remaining."crlfprint "How many would you like to take? " \input takeif take > 3 or take < 1 thenprint "You must take between 1 to 3 tokens."endifif tokens - take < 0 thenprint "You cannot take that many."endifif take <= 3 and take >= 1 and tokens - take >= 0 thenlet tokens = tokens - takeif tokens = 0 thenbellprint "Congratulations. You got the last token."pauseendendiflet take = 4 - takeif tokens >= 15 thenlet take = 3endifif tokens <= 3 thenlet take = tokensendifprint "I will take " \print take \print " of the tokens."let tokens = tokens - takeif tokens = 0 thenprint "I got the last token. I win. Better luck next time."pauseendendifendifloopsub introclsprint "NIM game"crlfprint "Press any key to play..."clsreturn

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rem bubble sort benchmark examplerem compile with FTCBASICuse time.incuse random.incdefine const size = 32000dim list[size]define sorting = 0, index = 0, elements = 0define timestamp = 0, sorttime = 0define temp1 = 0, temp2 = 0clsprint "Bubble sort benchmark test"doprint "How many elements to generate and sort (max " \print size \print ")? " \input elementsloop elements > sizegosub fillgosub sortprint "done!"print "sort time: " \print sorttimeprint "Press any key to view sorted data..."pausegosub outputpauseendsub fillprint "filling..."0 indexdogosub generaterandlet @list[index] = rand+1 indexloop index < elementsreturnsub sortprint "sorting..."gosub systemtimelet timestamp = loworderdo0 sorting0 indexdolet temp1 = index + 1if @list[index] > @list[temp1] thenlet temp2 = @list[index]let @list[index] = @list[temp1]let @list[temp1] = temp2let sorting = 1endif+1 indexloop index < elements - 1loop sorting = 1gosub systemtimelet sorttime = ( loworder - timestamp ) / 18returnsub outputprint "printing..."0 indexdoprint @list[index]+1 indexloop index < elementsreturn