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y-3=2(x+1)
Complete the missing value in the solution to the equation.

(-1,◻)

y3=2(x+1) y-3=2(x+1) \newlineComplete the missing value in the solution to the equation.\newline(1,) (-1, \square)

Full solution

Q. y3=2(x+1) y-3=2(x+1) \newlineComplete the missing value in the solution to the equation.\newline(1,) (-1, \square)
  1. Substitute x-value: Substitute the given xx-value into the equation to find the corresponding yy-value.\newlineWe are given the point (1,)(-1,\square), which means x=1x = -1. We need to substitute x=1x = -1 into the equation y3=2(x+1)y - 3 = 2(x + 1) to find the yy-value.\newliney3=2(1+1)y - 3 = 2(-1 + 1)
  2. Simplify equation: Simplify the equation by performing the operations inside the parentheses.\newline2(1+1)=2(0)=02(-1 + 1) = 2(0) = 0\newlineNow we have y3=0y - 3 = 0
  3. Solve for y: Solve for y by adding 33 to both sides of the equation.\newliney3+3=0+3y - 3 + 3 = 0 + 3\newliney=3y = 3
  4. Check solution: Check the solution by substituting the found yy-value back into the original equation.\newlineSubstitute y=3y = 3 and x=1x = -1 into the equation y3=2(x+1)y - 3 = 2(x + 1) to verify the solution.\newline33=2(1+1)3 - 3 = 2(-1 + 1)\newline0=2(0)0 = 2(0)\newline0=00 = 0\newlineThis confirms that y=3y = 3 is the correct solution for x=1x = -1.

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