"Like terms" are terms whose variables (and their exponents such as the 2 in x2) are the same. In other words, terms that are "like" each other.
Te and Rm
No, 12x and 14y are not like terms. In order to be like terms, they must have the same variables and same exponents. Examples of like terms: 12x and 15x 14x2 and 16x2 Not like terms: 14x and 18y 12x and 16x3
you need to know the pythag theorem , order of operstions combining like terms
Like terms
When the independent variable is of the same degree. Ex. 3x and -5x are like terms. 6 and 9 are like terms. 7x^2 and 9x^3 are NOT like terms.
Te and Rm
No, 12x and 14y are not like terms. In order to be like terms, they must have the same variables and same exponents. Examples of like terms: 12x and 15x 14x2 and 16x2 Not like terms: 14x and 18y 12x and 16x3
no,, to be like term they must have the same variable,, such as 4x and 9x.. or 1y and 300y...
No. The visitation order must be followed or the non-custodial parent can file a motion for contempt of a court order. If the parents are on good terms the order can be modified with the consent of both parties.No. The visitation order must be followed or the non-custodial parent can file a motion for contempt of a court order. If the parents are on good terms the order can be modified with the consent of both parties.No. The visitation order must be followed or the non-custodial parent can file a motion for contempt of a court order. If the parents are on good terms the order can be modified with the consent of both parties.No. The visitation order must be followed or the non-custodial parent can file a motion for contempt of a court order. If the parents are on good terms the order can be modified with the consent of both parties.
Yes, they are like terms because they are both order of x of the same degree and you can add them
You can't. You can only subtract like terms. Like terms must have exactly the same variables and exponents on the variables.
Terms like 2x and 4x2 are not like terms. In order for terms to be like terms, they must have the exact same variables with the exact same exponents on them. This means that 5x3 and 7x3 are like terms, but 2x and 4x2 are not. To add or subtract like terms, simply add or subtract the coefficients (the numbers in front) and keep the variable part the same. For example, 5x3 + 7x3 = (5 + 7)x3 = 12x3, and 3x2 + 6x2 = (3 + 6)x2 = 9x2. But, since 2x and 4x2 are not like terms, 2x + 4x2 = 2x + 4x2. It just cannot be simplified any more than that.
They are related because in order for something to have matter, it must also have mass.
I'd say quite a lot.
An engineering manager must know technical terms in order to perform his job well. He also should know how to run a project.
To combine like terms in an algebraic equation, first of all, the variables must be the same. Ex. 2x +3x =5x 2x +3a= not able to do This is because you cannot compare things of two different kinds. Also, you must have the same amount of exponents, or the numbers must be to the same power.
You know how in the back of most textbooks there is a glossary? The glossary normally defines 'key terms'. Key terms are basically terms or words that you must know in order to complete a project or else for a test; whatever form of project is being undertaken.