QuestionEvaluate $h - 4g$ for $g=3$ and $h=49$ .

Studdy Solution

STEP 1

Assumptions1. The value of g is3. The value of h is49

STEP 2

We are given the expression $h-4g$ . To evaluate this expression, we need to substitute the given values of g and h into the expression.

STEP 3

Substitute the given values of g and h into the expression.
$h-g =49 - \times3$

STEP 4

Perform the multiplication operation first according to the order of operations (PEMDAS/BODMAS).
$49 -4 \times3 =49 -12$

STEP 5

Now, perform the subtraction operation.
$49 -12 =37$ So, the value of the expression $h-4g$ when $g=3$ and $h=49$ is37.

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QuestionEvaluate $h - 4g$ for $g=3$ and $h=49$ .

Studdy Solution

STEP 1

Assumptions1. The value of g is3. The value of h is49

STEP 2

We are given the expression $h-4g$ . To evaluate this expression, we need to substitute the given values of g and h into the expression.

STEP 3

Substitute the given values of g and h into the expression.
$h-g =49 - \times3$

STEP 4

Perform the multiplication operation first according to the order of operations (PEMDAS/BODMAS).
$49 -4 \times3 =49 -12$

STEP 5

Now, perform the subtraction operation.
$49 -12 =37$ So, the value of the expression $h-4g$ when $g=3$ and $h=49$ is37.

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QuestionEvaluate h−4gh - 4gh−4g for g=3g=3g=3 and h=49h=49h=49.

Studdy Solution

STEP 1

Assumptions1. The value of g is3. The value of h is49

STEP 2

We are given the expression h−4gh-4gh−4g. To evaluate this expression, we need to substitute the given values of g and h into the expression.

STEP 3

Substitute the given values of g and h into the expression.h−g=49−×3h-g =49 - \times3h−g=49−×3

STEP 4

Perform the multiplication operation first according to the order of operations (PEMDAS/BODMAS).49−4×3=49−1249 -4 \times3 =49 -1249−4×3=49−12

STEP 5

Now, perform the subtraction operation.49−12=3749 -12 =3749−12=37So, the value of the expression h−4gh-4gh−4g when g=3g=3g=3 and h=49h=49h=49 is37.

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QuestionEvaluate $h - 4g$ for $g=3$ and $h=49$ .

We are given the expression $h-4g$ . To evaluate this expression, we need to substitute the given values of g and h into the expression.

Substitute the given values of g and h into the expression.
$h-g =49 - \times3$

Perform the multiplication operation first according to the order of operations (PEMDAS/BODMAS).
$49 -4 \times3 =49 -12$

Now, perform the subtraction operation.
$49 -12 =37$ So, the value of the expression $h-4g$ when $g=3$ and $h=49$ is37.