Yes, some terms can also be considered expressions, depending on the context in which they are used. In mathematics, a term is a single mathematical entity, such as a number, variable, or the product of numbers and variables, while an expression is a combination of terms. For example, the term "3x" is part of the expression "3x + 5." Thus, all terms can form expressions, but not all expressions can be reduced to a single term.
If they are all multiplied expressions, -7*c*b*a etc then they are all like terms
Multiply out all the brackets (parentheses) and then combine like terms.
Not every algebraic expression is a polynomial. A polynomial consists of terms that are non-negative integer powers of variables, combined using addition, subtraction, and multiplication. In contrast, algebraic expressions can include terms with negative or fractional exponents, such as (x^{-1}) or (x^{1/2}), which do not qualify as polynomials. Therefore, while all polynomials are algebraic expressions, not all algebraic expressions are polynomials.
To simplify such expressions, it helps to express all trigonometric functions in terms of sines and cosines. That is, convert tan, cot, sec or csc to their equivalent in terms of sin and cos.
If they are all multiplied expressions, -7*c*b*a etc then they are all like terms
Multiply out all the brackets (parentheses) and then combine like terms.
Not every algebraic expression is a polynomial. A polynomial consists of terms that are non-negative integer powers of variables, combined using addition, subtraction, and multiplication. In contrast, algebraic expressions can include terms with negative or fractional exponents, such as (x^{-1}) or (x^{1/2}), which do not qualify as polynomials. Therefore, while all polynomials are algebraic expressions, not all algebraic expressions are polynomials.
Yes, it is true.
To simplify such expressions, it helps to express all trigonometric functions in terms of sines and cosines. That is, convert tan, cot, sec or csc to their equivalent in terms of sin and cos.
The complement of a regular language is the set of all strings that are not in the original language. In terms of regular expressions, the complement of a regular language can be represented by negating the regular expression that defines the original language.
Divide all terms by 3:- 2x2+5x-3 = (2x-1)(x+3) when factored
true
They have spikes, but to shoot them they have to do a handstand (it sounds crazy, I know, but it's true). Most of them are dun (horse color terms) or buckskin (also horse color terms) LOL
All expressions combine numbers and operations!
483h4yg3h45
true