Sure, let's solve the equation y - 1 = -13(x + 3) for x.

Step 1: Distribute -13 to both x and 3 in the parentheses. This gives us y - 1 = -13x - 39.

Step 2: To isolate x, we first move -39 to the other side of the equation by adding 39 to both sides. This gives us y + 38 = -13x.

Step 3: Finally, to solve for x, we divide both sides of the equation by -13. This gives us x = (y + 38) / -13.

So, the solution for x in the equation y - 1 = -13(x + 3) is x = (y + 38) / -13.

Question

Sure, let's solve the equation y - 1 = -13(x + 3) for x.

Step 1: Distribute -13 to both x and 3 in the parentheses. This gives us y - 1 = -13x - 39.

Step 2: To isolate x, we first move -39 to the other side of the equation by adding 39 to both sides. This gives us y + 38 = -13x.

Step 3: Finally, to solve for x, we divide both sides of the equation by -13. This gives us x = (y + 38) / -13.

So, the solution for x in the equation y - 1 = -13(x + 3) is x = (y + 38) / -13.

Knowee AI · Accepted Answer

Sure, let's solve the equation y - 1 = -13(x + 3) for x.

Step 1: Distribute -13 to both x and 3 in the parentheses. This gives us y - 1 = -13x - 39.

Step 2: To isolate x, we first move -39 to the other side of the equation by adding 39 to both sides. This gives us y + 38 = -13x.

Step 3: Finally, to solve for x, we divide both sides of the equation by -13. This gives us x = (y + 38) / -13.

So, the solution for x in the equation y - 1 = -13(x + 3) is x = (y + 38) / -13.

Solve the following for the indicated variable. 𝑦-1=-13⁢(𝑥+3) for