QuestionFind the expression that equals $4(2+3)$ . Options: $4+5$ , $8+3$ , $2+12$ , $8+12$ .

Studdy Solution

STEP 1

Assumptions1. The expression to be evaluated is $4(+3)$ . We are looking for an equivalent expression among the options provided

STEP 2

First, we need to simplify the given expression. According to the order of operations (PEMDAS/BODMAS), parentheses/brackets should be dealt with first.
$4(2+) =4 \times5$

STEP 3

Next, we perform the multiplication operation.
$\times5 =20$

STEP 4

Now, we compare the result with the given options. The expression $4(2+3)$ is equal to the option that also evaluates to20.
Option1 $4+ =9$
Option2 $8+3 =11$
Option3 $2+12 =14$
Option4 $8+12 =20$

STEP 5

From the above calculations, we see that the expression $4(2+3)$ is equal to the expression $8+12$ .
The expression that is equal to $4(2+3)$ is $8+12$ .

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QuestionFind the expression that equals $4(2+3)$ . Options: $4+5$ , $8+3$ , $2+12$ , $8+12$ .

Studdy Solution

STEP 1

Assumptions1. The expression to be evaluated is $4(+3)$ . We are looking for an equivalent expression among the options provided

STEP 2

First, we need to simplify the given expression. According to the order of operations (PEMDAS/BODMAS), parentheses/brackets should be dealt with first.
$4(2+) =4 \times5$

STEP 3

Next, we perform the multiplication operation.
$\times5 =20$

STEP 4

Now, we compare the result with the given options. The expression $4(2+3)$ is equal to the option that also evaluates to20.
Option1 $4+ =9$
Option2 $8+3 =11$
Option3 $2+12 =14$
Option4 $8+12 =20$

STEP 5

From the above calculations, we see that the expression $4(2+3)$ is equal to the expression $8+12$ .
The expression that is equal to $4(2+3)$ is $8+12$ .

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QuestionFind the expression that equals 4(2+3)4(2+3)4(2+3). Options: 4+54+54+5, 8+38+38+3, 2+122+122+12, 8+128+128+12.

Studdy Solution

STEP 1

Assumptions1. The expression to be evaluated is 4(+3)4(+3)4(+3). We are looking for an equivalent expression among the options provided

STEP 2

First, we need to simplify the given expression. According to the order of operations (PEMDAS/BODMAS), parentheses/brackets should be dealt with first.4(2+)=4×54(2+) =4 \times54(2+)=4×5

STEP 3

Next, we perform the multiplication operation.×5=20 \times5 =20×5=20

STEP 4

Now, we compare the result with the given options. The expression 4(2+3)4(2+3)4(2+3) is equal to the option that also evaluates to20.Option1 4+=94+ =94+=9Option2 8+3=118+3 =118+3=11Option3 2+12=142+12 =142+12=14Option4 8+12=208+12 =208+12=20

STEP 5

From the above calculations, we see that the expression 4(2+3)4(2+3)4(2+3) is equal to the expression 8+128+128+12.The expression that is equal to 4(2+3)4(2+3)4(2+3) is 8+128+128+12.

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QuestionFind the expression that equals $4(2+3)$ . Options: $4+5$ , $8+3$ , $2+12$ , $8+12$ .

Assumptions1. The expression to be evaluated is $4(+3)$ . We are looking for an equivalent expression among the options provided

First, we need to simplify the given expression. According to the order of operations (PEMDAS/BODMAS), parentheses/brackets should be dealt with first.
$4(2+) =4 \times5$

Next, we perform the multiplication operation.
$\times5 =20$

Now, we compare the result with the given options. The expression $4(2+3)$ is equal to the option that also evaluates to20.
Option1 $4+ =9$
Option2 $8+3 =11$
Option3 $2+12 =14$
Option4 $8+12 =20$

From the above calculations, we see that the expression $4(2+3)$ is equal to the expression $8+12$ .
The expression that is equal to $4(2+3)$ is $8+12$ .