Email me the answer for more paid work Only if you know Skin
Email me the answer for more paid work Only if you know:
Skin123@yahoo.com
Question:
Write a scheme functions add-poly that adds two polynmail both of which are in abstract syntax form. the rest is a polynomial in abstract syntax form
HINT:
This “concatenation” in that like term need not be collect eat. You simply have to extend one of polymianls by the order. So the other . So for ample using the list form of concrete syntax might have
((1 5) (2 3 )) + ((1 2) ( 3 5)) = ((1 5) (2 3 ) (1 2) (3 5))
Email me the answer for more paid work Only if you know:
Skin123@yahoo.com
Question:
Write a scheme functions add-poly that adds two polynmail both of which are in abstract syntax form. the rest is a polynomial in abstract syntax form
HINT:
This “concatenation” in that like term need not be collect eat. You simply have to extend one of polymianls by the order. So the other . So for ample using the list form of concrete syntax might have
((1 5) (2 3 )) + ((1 2) ( 3 5)) = ((1 5) (2 3 ) (1 2) (3 5))
Email me the answer for more paid work Only if you know:
Skin123@yahoo.com
Question:
Write a scheme functions add-poly that adds two polynmail both of which are in abstract syntax form. the rest is a polynomial in abstract syntax form
HINT:
This “concatenation” in that like term need not be collect eat. You simply have to extend one of polymianls by the order. So the other . So for ample using the list form of concrete syntax might have
((1 5) (2 3 )) + ((1 2) ( 3 5)) = ((1 5) (2 3 ) (1 2) (3 5))
Solution
Adding two polynomials : \'(\' \'+\' <poly-exp> <poly-exp> \')\'
Example:
(+(p + (* 2 (** x 1)) 2)(p + (* 1 (** x 2)) 2))
Denotes:(2x+1)+(x2+2)
Times
: multiplying two polynomials together.
Syntax:(\' \'*\' <poly-exp> <poly-exp> \')
Define: assigning a value to a variable.
Syntax:\'(\' \'def\' <symbol> <poly-exp> \')\'
Apply
: calculating the value of a polynomial given the value of the variable.
Syntax:\'(\' <poly-exp> <number-exp> \')\'

