There is no factor of the expression in the question.
Not really. A term is a part of an expression.
Start by factoring each part. If you find a common factor in the numerator and the denominator, eliminate it in both.
You convert an (infix) expression into a postfix expression as part of the process of generating code to evaluate that expression.
Each part of an equation or an expression is called a term.
A fraction
In a function, a term is something that appears as part of the expression. A factor is something that goes into the expression WITHOUT REMAINDER. So if you consider y = x2 + 2x + 1 then 2x is a term in the expression, and, since y = (x + 1)2 = (x + 1)*(x + 1) then (x + 1) is a factor. A term need not be a factor and a factor need not appear as a term - as illustrated by this example. In the context of integers, a term would be similar to one of the digits [think of a decimal polynomial], whereas a factor would be a factor in the normal sense.
Not really. A term is a part of an expression.
Start by factoring each part. If you find a common factor in the numerator and the denominator, eliminate it in both.
You convert an (infix) expression into a postfix expression as part of the process of generating code to evaluate that expression.
Answer: Part A: 5x^10−80x^2 Part B: 5x^2(x^4+4)(x^2+2)(x^2−2) Step-by-step explanation: Factor 5x^10−80x^2 5x^10−80x^2 This is how you would factor it =5x^2(x^4+4)(x^2+2)(x^2−2)
Yes.
They are terms of an algebraic expression
3x^2+48x+192=3(x^2+16x+62). You can factor the part in the parentheses using the quadratic formula: x= (-b[+-]Sqrt[b^2-4ac])/(2a).
Each part of an equation or an expression is called a term.
Yes and the parts are terms of the expression.
Abiotic factor
Interjection