Which Expression Is Equivalent To 144 3 2

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Which Expression Is Equivalent To 144 3 2

The question "Which Expression Is Equivalent To 144 3 2" is a common algebraic problem. It can be solved in a few different ways. In this article, we will look at the different ways to solve this problem and compare them.

Solution 1: Traditional Method

The traditional method of solving this problem is to break the equation down into its individual components. This can be done by using the Order of Operations (PEMDAS). The first step is to multiply 3 by 2, which equals 6. Then, 144 is divided by 6, which equals 24. Therefore, the answer is 24.

Solution 2: Algebraic Method

The algebraic method of solving this problem is to rewrite the equation in a different way. To do this, the equation can be written as (144/3) * 2. This is then simplified to 48 * 2, which equals 96. Therefore, the answer is 96.

Comparison

SolutionAnswer
Traditional Method24
Algebraic Method96
It is clear from the comparison that the algebraic method is the more efficient way to solve this problem. This is because it allows the equation to be rewritten in a simpler form, which can then be solved more quickly. In conclusion, the question "Which Expression Is Equivalent To 144 3 2" can be solved using either the traditional or algebraic methods. The algebraic method is more efficient, as it simplifies the equation and makes it easier to solve.

People Also Ask:

What is the Order of Operations? The Order of Operations (PEMDAS) is a set of rules that determines the order in which operations should be performed when solving an equation. What is the traditional method of solving equations? The traditional method of solving equations is to break the equation down into its individual components, using the Order of Operations (PEMDAS). This allows the equation to be solved in a step-by-step manner. What is the algebraic method of solving equations? The algebraic method of solving equations involves rewriting the equation in a different form, which can then be simplified and solved. This method is often more efficient than the traditional method.


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