QuestionSolve the equation step-by-step and fill in the blanks:
$19 r+2+17 r= 13 r+2$ $36 r+2 =13 r+2$ $23 r+2 =2$ $23 r =\square$ $r =\square$

Studdy Solution

STEP 1

Assumptions1. The equation to solve is $19r + +17r =13r +$ . The goal is to isolate $r$ on one side of the equation

STEP 2

First, we simplify the left side of the equation by combining like terms.
$19r +2 +17r =36r +2$

STEP 3

Next, we simplify the equation by subtracting $13r$ from both sides.
$36r +2 -13r =23r +2$

STEP 4

We then simplify the equation by subtracting $2$ from both sides.
$23r +2 -2 =23r$

STEP 5

We can see that the missing term after subtracting $2$ from both sides is $0$ .
$23r =0$

STEP 6

Finally, we isolate $r$ by dividing both sides of the equation by $23$ .
$r =0 /23$

STEP 7

We can see that the missing term after dividing by $23$ is $0$ .
$r =0$ The solution to the equation is $r =0$ .

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QuestionSolve the equation step-by-step and fill in the blanks:
$19 r+2+17 r= 13 r+2$ $36 r+2 =13 r+2$ $23 r+2 =2$ $23 r =\square$ $r =\square$

Studdy Solution

STEP 1

Assumptions1. The equation to solve is $19r + +17r =13r +$ . The goal is to isolate $r$ on one side of the equation

STEP 2

First, we simplify the left side of the equation by combining like terms.
$19r +2 +17r =36r +2$

STEP 3

Next, we simplify the equation by subtracting $13r$ from both sides.
$36r +2 -13r =23r +2$

STEP 4

We then simplify the equation by subtracting $2$ from both sides.
$23r +2 -2 =23r$

STEP 5

We can see that the missing term after subtracting $2$ from both sides is $0$ .
$23r =0$

STEP 6

Finally, we isolate $r$ by dividing both sides of the equation by $23$ .
$r =0 /23$

STEP 7

We can see that the missing term after dividing by $23$ is $0$ .
$r =0$ The solution to the equation is $r =0$ .

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QuestionSolve the equation step-by-step and fill in the blanks: 19r+2+17r=13r+2 19 r+2+17 r= 13 r+2 19r+2+17r=13r+2 36r+2=13r+2 36 r+2 =13 r+2 36r+2=13r+2 23r+2=2 23 r+2 =2 23r+2=2 23r=□ 23 r =\square 23r=□ r=□ r =\square r=□

Studdy Solution

STEP 1

Assumptions1. The equation to solve is 19r++17r=13r+19r + +17r =13r +19r++17r=13r+ . The goal is to isolate rrr on one side of the equation

STEP 2

First, we simplify the left side of the equation by combining like terms.19r+2+17r=36r+219r +2 +17r =36r +219r+2+17r=36r+2

STEP 3

Next, we simplify the equation by subtracting 13r13r13r from both sides.36r+2−13r=23r+236r +2 -13r =23r +236r+2−13r=23r+2

STEP 4

We then simplify the equation by subtracting 222 from both sides.23r+2−2=23r23r +2 -2 =23r23r+2−2=23r

STEP 5

We can see that the missing term after subtracting 222 from both sides is 000.23r=023r =023r=0

STEP 6

Finally, we isolate rrr by dividing both sides of the equation by 232323.r=0/23r =0 /23r=0/23

STEP 7

We can see that the missing term after dividing by 232323 is 000.r=0r =0r=0The solution to the equation is r=0r =0r=0.

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Studdy solves anything!

Start learning now

Download Studdy AI Tutor now. Learn with ease and get all help you need to be successful at school.

QuestionSolve the equation step-by-step and fill in the blanks:
$19 r+2+17 r= 13 r+2$ $36 r+2 =13 r+2$ $23 r+2 =2$ $23 r =\square$ $r =\square$

Assumptions1. The equation to solve is $19r + +17r =13r +$ . The goal is to isolate $r$ on one side of the equation

First, we simplify the left side of the equation by combining like terms.
$19r +2 +17r =36r +2$

Next, we simplify the equation by subtracting $13r$ from both sides.
$36r +2 -13r =23r +2$

We then simplify the equation by subtracting $2$ from both sides.
$23r +2 -2 =23r$

We can see that the missing term after subtracting $2$ from both sides is $0$ .
$23r =0$

Finally, we isolate $r$ by dividing both sides of the equation by $23$ .
$r =0 /23$

We can see that the missing term after dividing by $23$ is $0$ .
$r =0$ The solution to the equation is $r =0$ .