Problem 4
Question
Use the grouping symbols to help perform the following operations. $$6\\{2[2(10-9)]\\}$$
Step-by-Step Solution
Verified Answer
Answer: The simplified form of the expression is 24.
1Step 1: Identify the innermost grouping symbols
First, we'll look for the innermost grouping symbols, which in this case are the parentheses. We'll start by simplifying the expression inside the parentheses.
2Step 2: Simplify the expression inside the parentheses
We see \((10-9)\) inside the parentheses. Subtracting 9 from 10, we get:
$$2[2(1)]$$
3Step 3: Identify the next set of grouping symbols
Now that the expression inside the parentheses has been simplified, we'll move on to the next set of grouping symbols - the square brackets.
4Step 4: Simplify the expression inside the square brackets
We now have \(2[2(1)]\). Multiplying 2 times 1, we get:
$$2[2]$$
5Step 5: Simplify the expression inside the curly braces
Finally, we can simplify the expression inside the curly braces, which is now \(6\{2[2]\}\). We see that we can further multiply 2 times 2 which results in:
$$6\{4\}$$
6Step 6: Simplify the entire expression
Now we just need to multiply 6 times the number inside the curly braces (4):
$$6\cdot 4 = 24$$
So the simplified expression is:
$$24$$
Other exercises in this chapter
Problem 4
Fill in the \((\quad)\) with the proper number or letter so as to make the statement true. Use the commutative properties. \(6 a=a(\quad)\)
View solution Problem 4
Is every rational number a real number?
View solution Problem 5
For the following problems, simplify the expressions. $$ \frac{(4+17+1)+4}{14-1} $$
View solution Problem 5
Find each product. $$ (x+2)^{3} \cdot(x+2)^{5} $$
View solution