xy2z3 is an expression of degree 6.
If its proper- the degree of the top is less than the degree of the bottom If its improper- the degree of the top is greater than or equal to the degree of the bottom
An expression of the second degree can be any kind of expression, the most popular being a quadratic polynomial of the form ax^2 + bx + c.
y me
I will assume that you mean -2xy3+3x2y. Then by "degree" is usually meant the total degree--the maximum sum of exponents of all variables. Here the first term has degree 1+3=4 and the second term has degree 2+1=3, so the degree of the entire expression is 4. It is also a 2nd degree expression in x and a 3rd degree expression in y.
xy2z3 is an expression of degree 6.
If its proper- the degree of the top is less than the degree of the bottom If its improper- the degree of the top is greater than or equal to the degree of the bottom
An expression of the second degree can be any kind of expression, the most popular being a quadratic polynomial of the form ax^2 + bx + c.
y me
I will assume that you mean -2xy3+3x2y. Then by "degree" is usually meant the total degree--the maximum sum of exponents of all variables. Here the first term has degree 1+3=4 and the second term has degree 2+1=3, so the degree of the entire expression is 4. It is also a 2nd degree expression in x and a 3rd degree expression in y.
all of which had some degree of
It is a linear expression.
Excluding calculus (which is, in fact, a part of algebra), the degree of an expression is the maximum sum of the powers of the variables in the expression.Consider the expression x2y3 + xy5 + 17x4 The sums of the powers of the three terms are: 2+3 = 5, 1+5 = 6 and 4=4 So the expression is of degree 6.
no, its just an expression.
False
yes
Any expression with form Ax+b where a and b are constants are first degree binomials.