'===================ABV PROJECT======================
'===================MODULE 1  =======================
Sub main ()
'you can edit this macro to execute any command when loading this workbook
'next line call the routine that fill the sheet
call absmain ()
End Sub

Sub absmain()
'Do not edit this macro, changes will not be saved with the workbook!!!
Dim objchart  As Object
Dim objbutton As Object
Worksheets(1).Name = "Operator"
Worksheets(2).Name = "Mathfct"
Worksheets(3).Name = "Textfct"
Worksheets.Add
Worksheets(4).Name = "Statfct"
Worksheets.Add
Worksheets(5).Name = "Infofct"
Worksheets(1).Activate
Cells(1,1).Formula="'expression"
Cells(1,2).Formula="'result"
Cells(1,3).Formula="'good result"
Cells(1,5).Formula="'expression"
Cells(1,6).Formula="'result"
Cells(1,7).Formula="'good result"
Cells(2,1).Formula="'1+1"
Cells(2,2).Formula="=1+1"
Cells(2,3).Formula="=2"
Cells(2,5).Formula="'5+2*3"
Cells(2,6).Formula="=5+2*3"
Cells(2,7).Formula="=11"
Cells(3,1).Formula="'1-1"
Cells(3,2).Formula="=1-1"
Cells(3,3).Formula="=0"
Cells(3,5).Formula="'5*3+2"
Cells(3,6).Formula="=5*3+2"
Cells(3,7).Formula="=17"
Cells(4,1).Formula="'2*3"
Cells(4,2).Formula="=2*3"
Cells(4,3).Formula="=6"
Cells(4,5).Formula="'5+2*3+5"
Cells(4,6).Formula="=5+2*3+5"
Cells(4,7).Formula="=16"
Cells(5,1).Formula="'8/2"
Cells(5,2).Formula="=8/2"
Cells(5,3).Formula="=4"
Cells(5,5).Formula="'5/2+3"
Cells(5,6).Formula="=5/2+3"
Cells(5,7).Formula="=5.5"
Cells(6,1).Formula="'8/3"
Cells(6,2).Formula="=8/3"
Cells(6,3).Formula="=2.66667"
Cells(6,5).Formula="'(2+3)*2"
Cells(6,6).Formula="=(2+3)*2"
Cells(6,7).Formula="=10"
Cells(7,1).Formula="'8\3"
Cells(7,2).Formula="=8\3"
Cells(7,3).Formula="=2"
Cells(8,1).Formula="'8 mod 3"
Cells(8,2).Formula="=8 mod 3"
Cells(8,3).Formula="=2"
Cells(9,1).Formula="'2^3"
Cells(9,2).Formula="=2 ^ 3"
Cells(9,3).Formula="=8"
Cells(11,1).Formula="'1.1+1"
Cells(11,2).Formula="=1.1+1"
Cells(11,3).Formula="=2.1"
Cells(12,1).Formula="'1.1-1"
Cells(12,2).Formula="=1.1-1"
Cells(12,3).Formula="=0.1"
Cells(13,1).Formula="'2.1*3"
Cells(13,2).Formula="=2.1*3"
Cells(13,3).Formula="=6.3"
Cells(14,1).Formula="'8.2/2"
Cells(14,2).Formula="=8.2/2"
Cells(14,3).Formula="=4.1"
Cells(15,1).Formula="'8.2\3"
Cells(15,2).Formula="=8.2\3"
Cells(15,3).Formula="=2"
Cells(16,1).Formula="'8.2 mod 3"
Cells(16,2).Formula="=8.2 mod 3"
Cells(16,3).Formula="=2.2"
Cells(17,1).Formula="'2.2^3"
Cells(17,2).Formula="=2.2^3"
Cells(17,3).Formula="=10.648"
Worksheets(2).Activate
Columns("A").ColumnWidth = 30.000000
Columns("D").ColumnWidth = 5.000000
Columns("E").ColumnWidth = 5.000000
Cells(1,1).Formula="'function"
Cells(1,2).Formula="'result"
Cells(1,3).Formula="'good result"
Cells(2,1).Formula="'ABS (5.5)"
Cells(2,2).Formula="=ABS (5.5)"
Cells(2,3).Formula="=5"
Cells(2,6).Formula="'ABS"
Cells(2,7).Formula="'Returns the absolute value of a number "
Cells(3,1).Formula="'ACOS (0)"
Cells(3,2).Formula="=ACOS (0)"
Cells(3,3).Formula="=1.5708"
Cells(3,6).Formula="'ACOS"
Cells(3,7).Formula="'Returns the arccosine of a number "
Cells(4,1).Formula="'ACOSH (2)"
Cells(4,2).Formula="=ACOSH (2)"
Cells(4,3).Formula="=1.31695789692"
Cells(4,6).Formula="'ACOSH"
Cells(4,7).Formula="'Returns the inverse hyperbolic cosine of a number "
Cells(5,1).Formula="'ASIN (1)"
Cells(5,2).Formula="=ASIN (1)"
Cells(5,3).Formula="=1.5708"
Cells(5,6).Formula="'ASIN"
Cells(5,7).Formula="'Returns the arcsine of a number "
Cells(6,1).Formula="'ASINH (1)"
Cells(6,2).Formula="=ASINH (1)"
Cells(6,3).Formula="=0.88137358702"
Cells(6,6).Formula="'ASINH"
Cells(6,7).Formula="'Returns the inverse hyperbolic sine of a number "
Cells(7,1).Formula="'ATAN (1)"
Cells(7,2).Formula="=ATAN (1)"
Cells(7,3).Formula="=0.78539816"
Cells(7,6).Formula="'ATAN"
Cells(7,7).Formula="'Returns the arctangent of a number 9"
Cells(8,1).Formula="'ATAN2 (1,2)"
Cells(8,2).Formula="=ATAN2 (1,2)"
Cells(8,3).Formula="1.1071487"
Cells(8,6).Formula="'ATAN2"
Cells(8,7).Formula="'Returns the arctangent from x- and y- coordinates "
Cells(9,1).Formula="'ATANH (0.5)"
Cells(9,2).Formula="=ATANH (.5)"
Cells(9,3).Formula="=0.54930614"
Cells(9,6).Formula="'ATANH"
Cells(9,7).Formula="'Returns the inverse hyperbolic tangent of a number 9"
Cells(10,1).Formula="'CEILING (7.6,2)"
Cells(10,2).Formula="=CEILING (7.6,2)"
Cells(10,3).Formula="=4"
Cells(10,6).Formula="'CEILING"
Cells(10,7).Formula="'Rounds a number to the nearest integer or to the nearest multiple of significance "
Cells(11,1).Formula="'COMBIN (10,2)"
Cells(11,2).Formula="=COMBIN (10,2)"
Cells(11,3).Formula="=45"
Cells(11,6).Formula="'COMBIN"
Cells(11,7).Formula="'Returns the number of combinations for a given number of objects "
Cells(12,1).Formula="'COS (pi)"
Cells(12,2).Formula="=COS (PI())"
Cells(12,3).Formula="-1"
Cells(12,6).Formula="'COS"
Cells(12,7).Formula="'Returns the cosine of a number "
Cells(13,1).Formula="'COSH (1)"
Cells(13,2).Formula="=COSH (1)"
Cells(13,3).Formula="=1.543080"
Cells(13,6).Formula="'COSH"
Cells(13,7).Formula="'Returns the hyperbolic cosine of a number "
Cells(14,1).Formula="'COUNTIF ("">0"",D14:E14,8,0)"
Cells(14,2).Formula="=countif(""=0"",E1:E4,8,0)"
Cells(14,3).Formula="5"
Cells(14,6).Formula="'COUNTIF"
Cells(14,7).Formula="'Counts the number of non-blank cells within a range which meet the given criteria "
Cells(15,1).Formula="'DEGREES ()"
Cells(15,2).Formula="=degrees(3.142)"
Cells(15,3).Formula="=180.023"
Cells(15,6).Formula="'DEGREES"
Cells(15,7).Formula="'Converts radians to degrees "
Cells(16,1).Formula="'EVEN ()"
Cells(16,6).Formula="'EVEN"
Cells(16,7).Formula="'Rounds a number up to the nearest even integer "
Cells(17,1).Formula="'EXP (2,3)"
Cells(17,2).Formula="=exp(2,3)"
Cells(17,3).Formula="=8"
Cells(17,6).Formula="'EXP"
Cells(17,7).Formula="'Returns e raised to the power of a given number "
Cells(18,1).Formula="'FACT (3)"
Cells(18,2).Formula="=fact(3)"
Cells(18,3).Formula="=6"
Cells(18,6).Formula="'FACT"
Cells(18,7).Formula="'Returns the factorial of a number "
Cells(19,1).Formula="'FACTDOUBLE ()"
Cells(19,6).Formula="'FACTDOUBLE"
Cells(19,7).Formula="'Returns the double factorial of a number "
Cells(20,1).Formula="'FLOOR (3.75)"
Cells(20,2).Formula="=floor(3.75)"
Cells(20,3).Formula="=3"
Cells(20,6).Formula="'FLOOR"
Cells(20,7).Formula="'Rounds a number down"
Cells(21,1).Formula="'GCD ()"
Cells(21,6).Formula="'GCD"
Cells(21,7).Formula="'Returns the greatest common divisor "
Cells(22,1).Formula="'INT (8.3)"
Cells(22,2).Formula="=INT (8.3)"
Cells(22,3).Formula="=8"
Cells(22,6).Formula="'INT"
Cells(22,7).Formula="'Rounds a number down to the nearest integer "
Cells(23,1).Formula="'LCM ()"
Cells(23,6).Formula="'LCM"
Cells(23,7).Formula="'Returns the least common multiple "
Cells(24,1).Formula="'LN (4)"
Cells(24,2).Formula="+LN (4)"
Cells(24,3).Formula="=1.386294"
Cells(24,6).Formula="'LN"
Cells(24,7).Formula="'Returns the natural logarithm of a number "
Cells(25,1).Formula="'LOG (6)"
Cells(25,2).Formula="+log(6)"
Cells(25,3).Formula="0.778151"
Cells(25,6).Formula="'LOG"
Cells(25,7).Formula="'Returns the logarithm of a number to a specified base "
Cells(26,1).Formula="'LOG10(6)"
Cells(26,2).Formula="=LOG10(6)"
Cells(26,3).Formula="0.778151"
Cells(26,6).Formula="'LOG10"
Cells(26,7).Formula="'Returns the base-10 logarithm of a number "
Cells(27,1).Formula="'MDETERM"
Cells(27,6).Formula="'MDETERM"
Cells(27,7).Formula="'Returns the matrix determinant of an array 9"
Cells(28,1).Formula="'MINVERSE"
Cells(28,6).Formula="'MINVERSE"
Cells(28,7).Formula="'Returns the matrix inverse of an array "
Cells(29,1).Formula="'MMULT"
Cells(29,6).Formula="'MMULT"
Cells(29,7).Formula="'Returns the matrix product of two arrays "
Cells(30,1).Formula="'MOD"
Cells(30,6).Formula="'MOD"
Cells(30,7).Formula="'Returns the remainder from division "
Cells(31,1).Formula="'MROUND"
Cells(31,6).Formula="'MROUND"
Cells(31,7).Formula="'Returns a number rounded to the desired multiple "
Cells(32,1).Formula="'MULTINOMIAL"
Cells(32,6).Formula="'MULTINOMIAL"
Cells(32,7).Formula="'Returns the multinomial of a set of numbers "
Cells(33,1).Formula="'ODD"
Cells(33,6).Formula="'ODD"
Cells(33,7).Formula="'Rounds a number up to the nearest odd integer "
Cells(34,1).Formula="'PI"
Cells(34,2).Formula="=PI()"
Cells(34,3).Formula="=3.14159265359"
Cells(34,6).Formula="'PI"
Cells(34,7).Formula="'Returns the value of Pi "
Cells(35,1).Formula="'POWER(2,4)"
Cells(35,2).Formula="+power(2,4)"
Cells(35,3).Formula="16"
Cells(35,6).Formula="'POWER"
Cells(35,7).Formula="'Returns the result of a number raised to a power "
Cells(36,1).Formula="'PRODUCT(1,2,3)"
Cells(36,2).Formula="+product(1,2,3)"
Cells(36,3).Formula="6"
Cells(36,6).Formula="'PRODUCT"
Cells(36,7).Formula="'Multiplies its arguments "
Cells(37,1).Formula="'QUOTIENT"
Cells(37,6).Formula="'QUOTIENT"
Cells(37,7).Formula="'Returns the integer portion of a division "
Cells(38,1).Formula="'RADIANS"
Cells(38,2).Formula="=RADIANS(180)"
Cells(38,3).Formula="=3.1459265359"
Cells(38,6).Formula="'RADIANS"
Cells(38,7).Formula="'Converts degrees to radians "
Cells(39,1).Formula="'RAND"
Cells(39,2).Formula="=RAND()"
Cells(39,3).Formula="'0 to 1"
Cells(39,6).Formula="'RAND"
Cells(39,7).Formula="'Returns a random number between 0 and 1 "
Cells(40,1).Formula="'RANDBETWEEN(3,7)"
Cells(40,2).Formula="=RANDBETWEEN(3,7)"
Cells(40,3).Formula="'3 to 7"
Cells(40,6).Formula="'RANDBETWEEN9"
Cells(40,7).Formula="'Returns a random number between the numbers you specify "
Cells(41,1).Formula="'ROMAN"
Cells(41,6).Formula="'ROMAN"
Cells(41,7).Formula="'Converts an Arabic numeral to Roman9"
Cells(42,1).Formula="'ROUND(8.1234,2)"
Cells(42,2).Formula="=ROUND(8.1234,2)"
Cells(42,3).Formula="=8.12"
Cells(42,6).Formula="'ROUND"
Cells(42,7).Formula="'Rounds a number to a specified number of digits "
Cells(43,1).Formula="'ROUNDDOWN(8.1234,2)"
Cells(43,2).Formula="=ROUNDDOWN(8.1234,2)"
Cells(43,3).Formula="=8.12"
Cells(43,6).Formula="'ROUNDDOWN"
Cells(43,7).Formula="'Rounds a number down"
Cells(44,1).Formula="'ROUNDUP(8.1234,2)"
Cells(44,2).Formula="=ROUNDUP(8.1234,2)"
Cells(44,3).Formula="=8.13"
Cells(44,6).Formula="'ROUNDUP"
Cells(44,7).Formula="'Rounds a number up"
Cells(45,1).Formula="'SERIESSUM"
Cells(45,6).Formula="'SERIESSUM"
Cells(45,7).Formula="'Returns the sum of a power series based on the formula "
Cells(46,1).Formula="'SIGN"
Cells(46,6).Formula="'SIGN"
Cells(46,7).Formula="'Returns the sign of a number "
Cells(47,1).Formula="'SIN(0)"
Cells(47,2).Formula="=SIN(0)"
Cells(47,3).Formula="=0"
Cells(47,6).Formula="'SIN"
Cells(47,7).Formula="'Returns the sine of the given angle "
Cells(48,1).Formula="'SINH(1)"
Cells(48,2).Formula="=SINH(1)"
Cells(48,3).Formula="=1.1752011"
Cells(48,6).Formula="'SINH"
Cells(48,7).Formula="'Returns the hyperbolic sine of a number "
Cells(49,1).Formula="'SQRT(8)"
Cells(49,2).Formula="=SQRT(8)"
Cells(49,3).Formula="=2.82842712"
Cells(49,6).Formula="'SQRT"
Cells(49,7).Formula="'Returns a positive square root "
Cells(50,1).Formula="'SQRTPI(2)"
Cells(50,2).Formula="=SQRTPI(2)"
Cells(50,3).Formula="=2.50662827"
Cells(50,6).Formula="'SQRTPI"
Cells(50,7).Formula="'Returns the square root of (number * PI) "
Cells(51,1).Formula="'SUM(1,2,3,4)"
Cells(51,2).Formula="=SUM(1,2,3,4)"
Cells(51,3).Formula="=10"
Cells(51,6).Formula="'SUM"
Cells(51,7).Formula="'Adds its arguments"
Cells(52,1).Formula="'SUMIF("">2"",1,2,3,4)"
Cells(52,2).Formula="=SUMIF("">2"",1,2,3,4)"
Cells(52,3).Formula="=7"
Cells(52,6).Formula="'SUMIF"
Cells(52,7).Formula="'Adds the cells specified by a given criteria "
Cells(53,1).Formula="'SUMPRODUCT"
Cells(53,6).Formula="'SUMPRODUCT"
Cells(53,7).Formula="'Returns the sum of the products of corresponding array components "
Cells(54,1).Formula="'SUMSQ"
Cells(54,6).Formula="'SUMSQ"
Cells(54,7).Formula="'Returns the sum of the squares of the arguments "
Cells(55,1).Formula="'SUMX2MY2"
Cells(55,6).Formula="'SUMX2MY2"
Cells(55,7).Formula="'Returns the sum of the difference of squares of corresponding values in two"
Cells(56,1).Formula="'SUMX2PY2"
Cells(56,6).Formula="'SUMX2PY2"
Cells(56,7).Formula="'Returns the sum of the sum of squares of corresponding values in two arrays "
Cells(57,1).Formula="'SUMXMY2"
Cells(57,6).Formula="'SUMXMY2"
Cells(57,7).Formula="'Returns the sum of squares of differences of corresponding values in two arrays "
Cells(58,1).Formula="'TAN(1)"
Cells(58,2).Formula="=TAN(1)"
Cells(58,3).Formula="=1.5574077"
Cells(58,6).Formula="'TAN"
Cells(58,7).Formula="'Returns the tangent of a number "
Cells(59,1).Formula="'TANH(1)"
Cells(59,2).Formula="=TANH(1)"
Cells(59,3).Formula="=0.761594155"
Cells(59,6).Formula="'TANH"
Cells(59,7).Formula="'Returns the hyperbolic tangent of a number 9"
Cells(60,1).Formula="'TRUNC(8.1234)"
Cells(60,2).Formula="=TRUNC(8.1234)"
Cells(60,3).Formula="=8"
Cells(60,6).Formula="'TRUNC"
Cells(60,7).Formula="'Truncates a number to an integer "
Worksheets(3).Activate
Columns("A").ColumnWidth = 39.571429
Columns("B").ColumnWidth = 39.571429
Cells(2,1).Formula="'left(""left"";2)"
Cells(2,1).HorizontalAlignment = xlLeft
Cells(2,2).Formula="=left(""left"";2)"
Cells(3,1).Formula="'right(""right"";3)"
Cells(3,1).HorizontalAlignment = xlLeft
Cells(3,2).Formula="=right(""right"";3)"
Cells(4,1).Formula="'mid(""middle"";2;3)"
Cells(4,1).HorizontalAlignment = xlLeft
Cells(4,2).Formula="=mid(""middle"";2;3)"
Cells(5,1).Formula="'concatenate(""abc"",""def"")"
Cells(5,1).HorizontalAlignment = xlLeft
Cells(5,2).Formula="=concatenate(""abc"",""def"")"
Cells(6,1).Formula="'len(""len"")"
Cells(6,1).HorizontalAlignment = xlLeft
Cells(6,2).Formula="=len(""len"")"
Cells(7,1).Formula="'instr(""ing"",""string"")"
Cells(7,1).HorizontalAlignment = xlLeft
Cells(7,2).Formula="=instr(""ing"",""string"")"
Cells(8,1).Formula="'rtrim(""     testtesttesttest     "")"
Cells(8,1).HorizontalAlignment = xlCenter
Cells(8,2).Formula="=rtrim(""     testtesttesttest     "")"
Cells(8,2).HorizontalAlignment = xlCenter
Cells(9,1).Formula="'ltrim(""     testtesttesttest     "")"
Cells(9,1).HorizontalAlignment = xlCenter
Cells(9,2).Formula="=ltrim(""     testtesttesttest     "")"
Cells(9,2).HorizontalAlignment = xlCenter
Cells(10,1).Formula="'trim(""     testtesttesttest     "")"
Cells(10,1).HorizontalAlignment = xlCenter
Cells(10,2).Formula="=trim(""     testtesttesttest     "")"
Cells(10,2).HorizontalAlignment = xlCenter
Worksheets(4).Activate
Columns("A").ColumnWidth = 28.714286
Columns("C").ColumnWidth = 15.000000
Columns("D").ColumnWidth = 6.857143
Columns("E").ColumnWidth = 5.000000
Columns("F").ColumnWidth = 6.857143
Cells(1,1).Formula="'AVEDEV"
Cells(1,2).Formula="+AVEDEV(11.4, 17.3, 21.3, 25.9, 40.1)"
Cells(1,3).Formula="7.84"
Cells(1,7).Formula="'Returns the average of the absolute deviations of data points from their mean "
Cells(2,1).Formula="'AVERAGE"
Cells(2,2).Formula="=AVERAGE(1,2,3,4) "
Cells(2,3).Formula="=2.5"
Cells(2,7).Formula="'Returns the average of its arguments "
Cells(3,1).Formula="'BETADIST"
Cells(3,7).Formula="'Returns the cumulative beta probability density function "
Cells(4,1).Formula="'BETAINV"
Cells(4,7).Formula="'Returns the inverse of the cumulative beta probability density function "
Cells(5,1).Formula="'BINOMDIST"
Cells(5,7).Formula="'Returns the individual term binomial distribution probability "
Cells(6,1).Formula="'CHIDIST"
Cells(6,7).Formula="'Returns the one-tailed probability of the chi-squared distribution "
Cells(7,1).Formula="'CHIINV"
Cells(7,7).Formula="'Returns the inverse of the one-tailed probability of the chi-squared distribution "
Cells(8,1).Formula="'CHITEST"
Cells(8,7).Formula="'Returns the test for independence "
Cells(9,1).Formula="'CONFIDENCE"
Cells(9,7).Formula="'Returns the confidence interval for a population mean "
Cells(10,1).Formula="'CORREL"
Cells(10,7).Formula="'Returns the correlation coefficient between two data sets "
Cells(11,1).Formula="'COUNT(1,2,3,4)"
Cells(11,2).Formula="=count(1,2,3,4)"
Cells(11,3).Formula="=4"
Cells(11,7).Formula="'Counts how many numbers are in the list of arguments "
Cells(12,1).Formula="'COUNTA"
Cells(12,7).Formula="'Counts how many values are in the list of arguments "
Cells(13,1).Formula="'COVAR"
Cells(13,7).Formula="'Returns covariance"
Cells(14,1).Formula="'CRITBINOM"
Cells(14,7).Formula="'Returns the smallest value for which the cumulative binomial distribution is less than or equal to a criterion value "
Cells(15,1).Formula="'DEVSQ"
Cells(15,7).Formula="'Returns the sum of squares of deviations "
Cells(16,1).Formula="'EXPONDIST"
Cells(16,7).Formula="'Returns the exponential distribution "
Cells(17,1).Formula="'FDIST"
Cells(17,7).Formula="'Returns the F probability distribution "
Cells(18,1).Formula="'FINV"
Cells(18,7).Formula="'Returns the inverse of the F probability distribution "
Cells(19,1).Formula="'FISHER"
Cells(19,7).Formula="'Returns the Fisher transformation "
Cells(20,1).Formula="'FISHERINV"
Cells(20,7).Formula="'Returns the inverse of the Fisher transformation "
Cells(21,1).Formula="'FORECAST"
Cells(21,7).Formula="'Returns a value along a linear trend "
Cells(22,1).Formula="'FREQUENCY"
Cells(22,7).Formula="'Returns a frequency distribution as a vertical array "
Cells(23,1).Formula="'FTEST"
Cells(23,7).Formula="'Returns the result of an F-test "
Cells(24,1).Formula="'GAMMADIST"
Cells(24,7).Formula="'Returns the gamma distribution "
Cells(25,1).Formula="'GAMMAINV"
Cells(25,7).Formula="'Returns the inverse of the gamma cumulative distribution "
Cells(26,1).Formula="'GAMMALN"
Cells(26,7).Formula="'Returns the natural logarithm of the gamma function"
Cells(27,1).Formula="'GEOMEAN"
Cells(27,2).Formula="+GEOMEAN(11.4, 17.3, 21.3, 25.9, 40.1)"
Cells(27,3).Formula="21.279182482"
Cells(27,7).Formula="'Returns the geometric mean "
Cells(28,1).Formula="'GROWTH"
Cells(28,7).Formula="'Returns values along an exponential trend "
Cells(29,1).Formula="'HARMEAN"
Cells(29,2).Formula="+HARMEAN(11.4, 17.3, 21.3, 25.9, 40.1)"
Cells(29,3).Formula="19.529814427"
Cells(29,7).Formula="'Returns the harmonic mean "
Cells(30,1).Formula="'HYPGEOMDIST"
Cells(30,7).Formula="'Returns the hypergeometric distribution "
Cells(31,1).Formula="'INTERCEPT"
Cells(31,7).Formula="'Returns the intercept of the linear regression line "
Cells(32,1).Formula="'KURT"
Cells(32,7).Formula="'Returns the kurtosis of a data set "
Cells(33,1).Formula="'LARGE"
Cells(33,7).Formula="'Returns the k-th largest value in a data set "
Cells(34,1).Formula="'LINEST"
Cells(34,7).Formula="'Returns the parameters of a linear trend "
Cells(35,1).Formula="'LOGEST"
Cells(35,7).Formula="'Returns the parameters of an exponential trend "
Cells(36,1).Formula="'LOGINV"
Cells(36,7).Formula="'Returns the inverse of the lognormal distribution "
Cells(37,1).Formula="'LOGNORMDIST"
Cells(37,7).Formula="'Returns the cumulative lognormal distribution "
Cells(38,1).Formula="'MAX(1,2,3)"
Cells(38,2).Formula="=MAX(1,2,3)"
Cells(38,3).Formula="=3"
Cells(38,7).Formula="'Returns the maximum value in a list of arguments "
Cells(39,1).Formula="'MEDIAN(1,2,4,3)"
Cells(39,2).Formula="=MEDIAN(1,2,4,3)"
Cells(39,3).Formula="2.5"
Cells(39,7).Formula="'Returns the median of the given numbers "
Cells(40,1).Formula="'MIN(1,2,3)"
Cells(40,2).Formula="=MIN(1,2,3)"
Cells(40,3).Formula="=1"
Cells(40,7).Formula="'Returns the minimum value in a list of arguments "
Cells(41,1).Formula="'MODE"
Cells(41,7).Formula="'Returns the most common value in a data set "
Cells(42,1).Formula="'NEGBINOMDIST"
Cells(42,7).Formula="'Returns the negative binomial distribution "
Cells(43,1).Formula="'NORMDIST"
Cells(43,7).Formula="'Returns the normal cumulative distribution "
Cells(44,1).Formula="'NORMINV"
Cells(44,7).Formula="'Returns the inverse of the normal cumulative distribution "
Cells(45,1).Formula="'NORMSDIST"
Cells(45,7).Formula="'Returns the standard normal cumulative distribution "
Cells(46,1).Formula="'NORMSINV"
Cells(46,7).Formula="'Returns the inverse of the standard normal cumulative distribution "
Cells(47,1).Formula="'PEARSON"
Cells(47,7).Formula="'Returns the Pearson product moment correlation coefficient "
Cells(48,1).Formula="'PERCENTILE"
Cells(48,7).Formula="'Returns the k-th percentile of values in a range "
Cells(49,1).Formula="'PERCENTRANK"
Cells(49,7).Formula="'Returns the percentage rank of a value in a data set "
Cells(50,1).Formula="'PERMUT"
Cells(50,7).Formula="'Returns the number of permutations for a given number of objects "
Cells(51,1).Formula="'POISSON"
Cells(51,7).Formula="'Returns the Poisson distribution "
Cells(52,1).Formula="'PROB"
Cells(52,7).Formula="'Returns the probability that values in a range are between two limits "
Cells(53,1).Formula="'QUARTILE"
Cells(53,7).Formula="'Returns the quartile of a data set "
Cells(54,1).Formula="'RANK"
Cells(54,7).Formula="'Returns the rank of a number in a list of numbers "
Cells(55,1).Formula="'RSQ"
Cells(55,7).Formula="'Returns the square of the Pearson product moment correlation coefficient "
Cells(56,1).Formula="'SKEW"
Cells(56,7).Formula="'Returns the skewness of a distribution "
Cells(57,1).Formula="'SLOPE"
Cells(57,7).Formula="'Returns the slope of the linear regression line "
Cells(58,1).Formula="'SMALL"
Cells(58,2).Formula="=SMALL(2,1,4,3,2)"
Cells(58,3).Formula="2"
Cells(58,7).Formula="'Returns the k-th smallest value in a data set "
Cells(59,1).Formula="'STANDARDIZE"
Cells(59,7).Formula="'Returns a normalized value "
Cells(60,1).Formula="'STDEV(1,2,3,4,5)"
Cells(60,2).Formula="=STDEV(1,2,3,4,5)"
Cells(60,3).Formula="=1.58113883008"
Cells(60,7).Formula="'Estimates standard deviation based on a sample "
Cells(61,1).Formula="'STDEVP(1,2,3,4,5)"
Cells(61,2).Formula="=STDEVP(1,2,3,4,5)"
Cells(61,3).Formula="1.41421"
Cells(61,7).Formula="'Calculates standard deviation based on the entire population "
Cells(62,1).Formula="'STEYX"
Cells(62,7).Formula="'Returns the standard error of the predicted y-value for each x in the regression "
Cells(63,1).Formula="'TDIST"
Cells(63,7).Formula="'Returns the Student's t-distribution "
Cells(64,1).Formula="'TINV"
Cells(64,7).Formula="'Returns the inverse of the Student's t-distribution "
Cells(65,1).Formula="'TREND"
Cells(65,7).Formula="'Returns values along a linear trend "
Cells(66,1).Formula="'TRIMMEAN"
Cells(66,7).Formula="'Returns the mean of the interior of a data set "
Cells(67,1).Formula="'TTEST"
Cells(67,7).Formula="'Returns the probability associated with a Student's t-Test "
Cells(68,1).Formula="'VAR(1,2,3,4,5)"
Cells(68,2).Formula="=VAR(1,2,3,4,5)"
Cells(68,3).Formula="2.5"
Cells(68,7).Formula="'Estimates variance based on a sample "
Cells(69,1).Formula="'VARP(1,2,3,4,5)"
Cells(69,2).Formula="=VARP(1,2,3,4,5)"
Cells(69,3).Formula="2"
Cells(69,7).Formula="'Calculates variance based on the entire population "
Cells(70,1).Formula="'WEIBULL"
Cells(70,7).Formula="'Returns the Weibull distribution "
Cells(71,1).Formula="'ZTEST"
Cells(71,7).Formula="'Returns the two-tailed P-value of a z-test "
Worksheets(5).Activate
Columns("A").ColumnWidth = 26.142857
Columns("D").ColumnWidth = 8.000000
Columns("E").ColumnWidth = 6.857143
Cells(1,1).Formula="'function"
Cells(1,2).Formula="'result"
Cells(1,3).Formula="'good result"
Cells(2,1).Formula="'ISBLANK(B1)"
Cells(2,2).Formula="=ISBLANK(B1)"
Cells(2,3).Formula="=0"
Cells(3,1).Formula="'ISBLANK(D3)"
Cells(3,2).Formula="=ISBLANK(D3)"
Cells(3,3).Formula="=1"
Cells(4,1).Formula="'ISNUMBER(A4)"
Cells(4,2).Formula="=ISNUMBER(A4)"
Cells(4,3).Formula="=0"
Cells(5,1).Formula="'ISNUMBER(C5)"
Cells(5,2).Formula="=ISNUMBER(C5)"
Cells(5,3).Formula="=1"
Cells(6,1).Formula="'ISTEXT(A6)"
Cells(6,2).Formula="=ISTEXT(A6)"
Cells(6,3).Formula="=1"
Cells(7,1).Formula="'ISTEXT(C7)"
Cells(7,2).Formula="=ISTEXT(C7)"
Cells(7,3).Formula="=0"
Worksheets(4).Activate
End Sub