Solve two ways. Circle the addends you add first.

\[ 2 + 3 + 7 \]

(2 + 3) + 7 = 12
2 + (3 + 7) = 12

Answered by xXxGirxXx | 2024-06-10

In the two-way circle the **addends **you add first will be (2+3)+7 and 2+(3+7).
What is a circle?
It is described as a **set **of points, where each **point **is at the same **distance **from a fixed point (called the **center **of a circle).
The phrases or **integers **that are added together to get the sum are known as addends in mathematics. The digits 7 and 8 add up in this situation. Here is another illustration where the sum is 20 and the **addends **are the numbers 7, 4, and 9.
It is given that,
= 2+3+7
The given **equation **can be written as,(2+3)+7, and the **addends **of the equation are,(2+3).
The given **equation **can be written as,2+(3+7), and the **addends **of the **equation **is 2.
The associativity of **addition **is demonstrated by the rule of **change **of the addends: The sum **fluctuates **by the same amount as one of the addends when it changes .
Thus, in the two-way circle the **addends **you add first will be (2+3)+7 and 2+(3+7).
Learn more about **circle **here:
brainly.com/question/11833983
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Answered by maheshpatelvVT | 2024-06-25

The expression 2 + 3 + 7 can be solved in two ways: first by adding 2 + 3 to get 5 and then adding 7 , resulting in 12 ; second by adding 3 + 7 to get 10 and then adding 2 , also resulting in 12 . Both methods yield the same sum, demonstrating the associative property of addition. Thus, the final answer is 12 .
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Answered by maheshpatelvVT | 2024-09-26