QuestionEvaluate $h j - j - k$ for $h=4$ , $j=13$ , and $k=-34$ .

Studdy Solution

STEP 1

Assumptions1. The values for the variables are as follows $h=4, j=13$ , and $k=-34$

STEP 2

We need to substitute the given values into the expression. The expression is $hj - j - k$ .
$hj - j - k =4 \cdot13 -13 - (-34)$

STEP 3

We can simplify the expression by performing the multiplication first, according to the order of operations (PEMDAS/BODMAS).
$=52 -13 - (-34)$

STEP 4

Next, we subtract13 from52.
$=39 - (-34)$

STEP 5

Subtracting a negative number is the same as adding its absolute value. So, we add34 to39.
$=39 +34$

STEP 6

Finally, we add39 and34 to get the final value.
$=73$ So, the value of the expression $hj - j - k$ for $h=4, j=13$ , and $k=-34$ is73.

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QuestionEvaluate $h j - j - k$ for $h=4$ , $j=13$ , and $k=-34$ .

Studdy Solution

STEP 1

Assumptions1. The values for the variables are as follows $h=4, j=13$ , and $k=-34$

STEP 2

We need to substitute the given values into the expression. The expression is $hj - j - k$ .
$hj - j - k =4 \cdot13 -13 - (-34)$

STEP 3

We can simplify the expression by performing the multiplication first, according to the order of operations (PEMDAS/BODMAS).
$=52 -13 - (-34)$

STEP 4

Next, we subtract13 from52.
$=39 - (-34)$

STEP 5

Subtracting a negative number is the same as adding its absolute value. So, we add34 to39.
$=39 +34$

STEP 6

Finally, we add39 and34 to get the final value.
$=73$ So, the value of the expression $hj - j - k$ for $h=4, j=13$ , and $k=-34$ is73.

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QuestionEvaluate hj−j−kh j - j - khj−j−k for h=4h=4h=4, j=13j=13j=13, and k=−34k=-34k=−34.

Studdy Solution

STEP 1

Assumptions1. The values for the variables are as follows h=4,j=13h=4, j=13h=4,j=13, and k=−34k=-34k=−34

STEP 2

We need to substitute the given values into the expression. The expression is hj−j−khj - j - khj−j−k.hj−j−k=4⋅13−13−(−34)hj - j - k =4 \cdot13 -13 - (-34)hj−j−k=4⋅13−13−(−34)

STEP 3

We can simplify the expression by performing the multiplication first, according to the order of operations (PEMDAS/BODMAS).=52−13−(−34)=52 -13 - (-34)=52−13−(−34)

STEP 4

Next, we subtract13 from52.=39−(−34)=39 - (-34)=39−(−34)

STEP 5

Subtracting a negative number is the same as adding its absolute value. So, we add34 to39.=39+34=39 +34=39+34

STEP 6

Finally, we add39 and34 to get the final value.=73=73=73So, the value of the expression hj−j−khj - j - khj−j−k for h=4,j=13h=4, j=13h=4,j=13, and k=−34k=-34k=−34 is73.

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QuestionEvaluate $h j - j - k$ for $h=4$ , $j=13$ , and $k=-34$ .

Assumptions1. The values for the variables are as follows $h=4, j=13$ , and $k=-34$

We need to substitute the given values into the expression. The expression is $hj - j - k$ .
$hj - j - k =4 \cdot13 -13 - (-34)$

We can simplify the expression by performing the multiplication first, according to the order of operations (PEMDAS/BODMAS).
$=52 -13 - (-34)$

Next, we subtract13 from52.
$=39 - (-34)$

Subtracting a negative number is the same as adding its absolute value. So, we add34 to39.
$=39 +34$

Finally, we add39 and34 to get the final value.
$=73$ So, the value of the expression $hj - j - k$ for $h=4, j=13$ , and $k=-34$ is73.