write a pic18 divide 2 input variables. num and denom. Solution [n, d] = numden(sym(four/5)) n = 4 d = 5 Numerators and Denominators of Symbolic Expressions locate the numerator and denominator of the symbolic expression. syms x y [n,d] = numden(x/y + y/x) n = x^2 + y^2 d = x*y Numerators and Denominators of Matrix elements locate the numerator and denominator of every element of a symbolic matrix. syms a b [n,d] = numden([a/b, 1/b; 1/a, 1/(a*b)]) n = [ a, 1] [ 1, 1] d = [ b, b] [ a, a*b] associated Examples Extract Numerators and Denominators of Rational Expressions enter Arguments fall apart all A — enter symbolic range symbolic feature symbolic matrix input, exact as a symbolic quantity, expression, feature, vector, or matrix..

1. write a pic18 divide 2 input variables. num and denom.
Solution
[n, d] = numden(sym(four/5))
n =
4
d =
5
Numerators and Denominators of Symbolic Expressions
locate the numerator and denominator of the symbolic expression.
syms x y
[n,d] = numden(x/y + y/x)
n =
x^2 + y^2
d =
x*y
Numerators and Denominators of Matrix elements
locate the numerator and denominator of every element of a symbolic matrix.
syms a b
[n,d] = numden([a/b, 1/b; 1/a, 1/(a*b)])
n =
[ a, 1]
[ 1, 1]
d =
[ b, b]
[ a, a*b]
associated Examples

2. Extract Numerators and Denominators of Rational Expressions
enter Arguments
fall apart all
A — enter
symbolic range symbolic feature symbolic matrix
input, exact as a symbolic quantity, expression, feature, vector, or matrix.