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What are 2 radicals similar?
2 radicals are similar (like terms) if, when in simplified form, the index is the same, and the radicand is the same. The coefficient may be different. EX: 3(sq root 2) and 5(sq root 2) are like terms, but 3(cube root 2) is not a like term for either.
What is the practical use of HCF and LCM?
For adding and subtracting fractions with different denominators and reducing them to their lowest terms.
What does tri mean in math terms?
In any terms it is a combining form meaning 'three'
How is the procedure for adding like terms is similar to the procedure for adding fractions?
Adding like terms can be like adding fractions. You can only add fractions with a common denomonator. You can only combine terms together if they are like. Think of like terms as denomonators. You can only add if they are like.
-4x plus 5x combining like terms?
That equals x.
Two radical expressions with the same degree and the same are called like terms?
radicand
Radicals with the same radicand and same index?
Like terms or like radicals
What are 2 radicals similar?
2 radicals are similar (like terms) if, when in simplified form, the index is the same, and the radicand is the same. The coefficient may be different. EX: 3(sq root 2) and 5(sq root 2) are like terms, but 3(cube root 2) is not a like term for either.
When combining like terms do you add the exponents together?
Yes when multiplying. No when adding. 3n^3 + 3n^3 = 6n^3 3n^3 x 3n^3 = 9n^6
What is the practical use of HCF and LCM?
For adding and subtracting fractions with different denominators and reducing them to their lowest terms.
What is combining like terms?
In Math combining like terms is like so if the equation is 4a+4=2a you combined the 4 and the 5 because they are both A
What can you simplify an expression by combining what?
Like Terms and Variables
What does tri mean in math terms?
In any terms it is a combining form meaning 'three'
How is the procedure for adding like terms is similar to the procedure for adding fractions?
Adding like terms can be like adding fractions. You can only add fractions with a common denomonator. You can only combine terms together if they are like. Think of like terms as denomonators. You can only add if they are like.
When will you need to find the multiples and factors?
When adding or subtracting fractions with different denominators and when reducing fractions to their lowest terms
When do you leave the combining O?
"Combining O" is typically contracted to "combining-o" or "combining o" in an informal context. It is used in informal communication, mostly among online communities.
What is the last step when multiplying binomials?
Combining like terms.
