combining like terms or subtracting from both sides of the equation.
Here is an expression with four terms:3 cows + 4 chickens + 6 cows - 2 chickensThe two 'cow' terms can be combined: 3 cows + 6 cows = 9 cowsThe two 'chicken' terms can be combined: 4 chickens - 2 chickens = 2 chickensSo after combining like terms, the expression is: 9 cows + 2 chickens .
No.
You add compatible terms together. For example, if one equation has 3x2, and the other has 5x2, you combine those two terms as 8x2.
Te and Rm
when u take a dump and see two identical turds you can combine their like terms :3
combining like terms or subtracting from both sides of the equation.
There are only the two terms, so 8xy
Two terms are "like terms" when they are the same. For example, in the equation: 14x2 + 9x - 3 = 149x 9x and 149x are like terms because they both have "x" in them. Note that x2 is not a like term to x. You can add and subtract like terms, but not unlike terms. So the above equation could be reduced to: 14x2 - 3 = 140x by subtracting 9x from both sides.
Here is an expression with four terms:3 cows + 4 chickens + 6 cows - 2 chickensThe two 'cow' terms can be combined: 3 cows + 6 cows = 9 cowsThe two 'chicken' terms can be combined: 4 chickens - 2 chickens = 2 chickensSo after combining like terms, the expression is: 9 cows + 2 chickens .
No.
You add compatible terms together. For example, if one equation has 3x2, and the other has 5x2, you combine those two terms as 8x2.
The powers of x in the two terms are different.The powers of x in the two terms are different.The powers of x in the two terms are different.The powers of x in the two terms are different.
Te and Rm
When the terms have the same variable like 2x and 3x or x2 and 2x2
No. A counter-example proves the falsity: Consider the two binomials (x + 2) and (x - 2). Then (x + 2)(x - 2) = x2 - 2x + 2x - 4 = x2 - 4 another binomial.
1.2z is a like term. y and 1.2y is not like terms because there are two of them.