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Q: What are all the terms in the expression MN plus m plus 5 and which is a constant?

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'9' is the constant, because '9' u are adding 9 all the time

The given quadratic expression can be factored to: (x+6)(x+5) when all of its terms are divided by 2

When you have an expression you have to simplify by eliminating all grouping symbols and combining like terms.

Dividing all terms by 2 gives: 6x2+7x+2 = (2x+1)(3x+2) when factored

All you can do to factor that expression is to divide both terms by y: y2 + 4y = y(y + 4)

A simplified expression!

Simplify an Expression

A simplified expression.

Simplified expression.

5 + 7x + 2x - 3 + 6Collect the 'x'-terms: 7x + 2x = 9xCollect all the number terms: 5 - 3 + 6 = 8So the original expression, after it's cleaned up, is the same as ( 9x + 8 ).

A mathematical expression does not have an answer, if it is algebraic and all of the terms are unlike. For example, x+7y does not have an answer because there are no definite solutions, and there is no possibility to combine like terms. However, the expression 2x+7y+3x does have an answer, but the solution is merely the combination of like terms. (5x+7y)

Collect terms. Constants with constants, variables with matching variables. 6 is a constant, and the rest are all x terms. 6 - 2x - 14x 6 + (-2x -14x) 6 + (-16x) 6 - 16x ■

2a, 2aÂ², 2aÂ³, etc... are all terms. An expression contains two or more terms.

It is in its simplest form when all terms in the rational expression have a highest common factor of 1

None of these are constants. All are variables.

If you're asked to simplify an expression, you need to expand all brackets if there are any, and collect all like terms. If the question is a fraction you have to give the answer in its simplest form

All six of them

10x + 8x - 6x3 + 4x2 + 12x3 - x add the like terms. all the x's are like terms. al the x squared are like terms. all the x cubed are liked terms. 6x3 + 12x2 + 9x

The answer will depend on the specifics of the question. In general terms, all that can be said is for all the "like" x terms to be summed and then for the resulting expression to be factorised - if possible. There are also numerical methods. But, the question needs to be more specific.The answer will depend on the specifics of the question. In general terms, all that can be said is for all the "like" x terms to be summed and then for the resulting expression to be factorised - if possible. There are also numerical methods. But, the question needs to be more specific.The answer will depend on the specifics of the question. In general terms, all that can be said is for all the "like" x terms to be summed and then for the resulting expression to be factorised - if possible. There are also numerical methods. But, the question needs to be more specific.The answer will depend on the specifics of the question. In general terms, all that can be said is for all the "like" x terms to be summed and then for the resulting expression to be factorised - if possible. There are also numerical methods. But, the question needs to be more specific.

That's not an equation, it doesn't ask a question, and it's not looking for a solution.Your teacher may have given it to you, and asked you to simplify it. Here'show to 'solve' that assignment:3x + 5 + 2x + 1Add up all the 'x' terms: 3x + 2x = 5xAdd up all the number terms: 5 + 1 = 6The original expression is equal to [ 5x + 6 ].

All terms have even powers, factorable to the form (a+b)(a-b)

When you have an expression consisting of several terms added together, and they are not all like terms, and there are like terms separated by unlike terms, you use the commutative law of addition to rearrange the terms so that the like terms are next to each other.

There is no equation nor inequality on the question. All it consists of is an expression: an expression cannot be solved.

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