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To solve this problem, we'll follow these steps:
Now, let's work through each step:
Step 1: Observe the given algebraic expression:
.
Step 2: Group like terms, separating terms with from those with :
and .
Step 3: Combine the terms with :
.
Step 4: Combine the terms with :
.
Therefore, the simplified form of the expression is:
.
This leads to our final solution:
Are the expressions the same or not?
\( 20x \)
\( 2\times10x \)
Like terms have identical variables raised to the same powers. In , the m terms (35m and -48m) are like terms, and the n terms (9n and 52n) are like terms.
Because they have different variables! You can only combine terms with the exact same variable part. Think of it like apples and oranges - you can't add 35 apples to 9 oranges and get 44 "appleoranges".
No! and are equivalent. However, it's conventional to write terms in alphabetical order by variable when possible.
Treat them like regular subtraction: . The negative sign stays with the coefficient!
If coefficients cancel out completely (like 5x - 5x = 0x), that term disappears from your final answer. This is perfectly normal and means those terms balanced out!
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