Mathc initiation/a489

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fa.h /* ---------------------------------- */ /* save as fa.h */ /* ---------------------------------- */ double a_n( double n) { return( (1.)/factorial(n) ); } char a_neq[] = "(1)/(n)!"; /* ---------------------------------- */ double a_npls1( double n) { return( (1.)/factorial(n+1) ); } char a_npls1eq[] = "(1)/(n+1)!"; /* ---------------------------------- */ /* ---------------------------------- */	fb.h /* ---------------------------------- */ /* save as fb.h */ /* ---------------------------------- */ double a_n( double n) { return( (pow(n,n))/factorial(n) ); } char a_neq[] = " (n**n) /(n)!"; /* ---------------------------------- */ double a_npls1( double n) { return( (pow(n+1,n+1))/factorial(n+1) ); } char a_npls1eq[] = "(n+1)**(n+1))/(n+1)!"; /* ---------------------------------- */ /* ---------------------------------- */
fc.h /* ---------------------------------- */ /* save as fc.h */ /* ---------------------------------- */ double a_n( double n) { return( factorial(n)/(pow(n,n)) ); } char a_neq[] = " (n)!/(n**n)"; /* ---------------------------------- */ double a_npls1( double n) { return( factorial(n+1)/(pow(n+1,n+1)) ); } char a_npls1eq[] = "(n+1)!/(n+1)**(n+1))"; /* ---------------------------------- */ /* ---------------------------------- */	fd.h /* ---------------------------------- */ /* save as fd.h */ /* ---------------------------------- */ double a_n( double n) { return( 1./(3.*n+2.) ); } char a_neq[] = "1/(3*n+2)"; /* ---------------------------------- */ double a_npls1( double n) { return( 1./(3.*(n+1.)+2.) ); } char a_npls1eq[] = "1/(3*(n+1)+2))"; /* ---------------------------------- */ /* ---------------------------------- */

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