Question
Simplity by combining like terms: 6(x+2y)+4
Ask by Patel Ingram.
Mar 28,2025 11:00
UpStudy AI Solution
Tutor-Verified Answer
Answer
The simplified expression is \(6x + 12y + 4\).
Solution
Sign in to Unlock Answers for Free!
A Learning Platform Trusted by Millions of Real Students and Teachers.
Unlock Answered by UpStudy AI and reviewed by a Professional Tutor
Like
Extra Insights
First, let’s expand the expression! When we distribute the \(6\) into \((x + 2y)\), we get \(6x + 12y\). Adding the \(4\) then gives us \(6x + 12y + 4\). Now, since there are no like terms to combine further, we can say that the simplified expression is \(6x + 12y + 4\).
Be careful when distributing; it can be easy to miscalculate when the expression has more terms. Always ensure to apply the distributive property correctly, so each term is properly multiplied!
Related Questions
For f(x)=7x+8 and g(x)=x^{2}, find the following composite functions and state the domain of each. (a) f circ g (b) g circ f (c) f circ f (d) g circ g (a) (f circ g)(x)=7 x^{2}+8 (Simplify your answer.) Select the correct choice below and, if necessary, fill in the answer box within your choice. A. The domain of f circ g is {x}. (Type an inequality. Use integers or fractions for any numbers in the expression. Use a comma to) B. The domain of f circ g is all real numbers. (b) (g circ f)(x)= (Simplify your answer.)
Algebra
Mar 24, 2025
Write (9m)^4 without exponents.
Algebra
Mar 28, 2025
Allysa spent $35 to purchase 12 chickens. She bought two different types of chickens. American chickens cost $3.75 each and Delaware chickens cost $2.50 each. Write a system of equations that can be used to determine the number of American chickens, A, and the number of Delaware chickens, D, she purchased. Determine algebraically how many of each type of chicken Allysa purchased. Extension: Each American chicken lays 2 eggs per day and sells eggs by the full dozen for $2.50. Determine how much money she expects to take in at the end of the first week with her 12 chickens.
Algebra
Mar 25, 2025
