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2x+4y=6xy2x+4y=6x-y ordered pairs

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Q. 2x+4y=6xy2x+4y=6x-y ordered pairs
  1. Isolate Variables: Isolate the variables on one side of the equation to simplify it.\newlineWe can start by moving all terms involving xx to one side and all terms involving yy to the other side. We do this by subtracting 2x2x from both sides and adding yy to both sides of the equation.\newline2x+4y2x+y=6xy2x+y2x + 4y - 2x + y = 6x - y - 2x + y\newlineThis simplifies to:\newline4y+y=6x2x4y + y = 6x - 2x
  2. Combine Like Terms: Combine like terms.\newlineOn the left side of the equation, we combine the yy terms, and on the right side, we combine the xx terms.\newline4y+y=5y4y + y = 5y\newline6x2x=4x6x - 2x = 4x\newlineSo the equation now is:\newline5y=4x5y = 4x
  3. Solve for y: Solve for y in terms of x.\newlineTo solve for y, we need to divide both sides of the equation by 55.\newline5y5=4x5\frac{5y}{5} = \frac{4x}{5}\newliney=(45)xy = \left(\frac{4}{5}\right)x
  4. Express as Ordered Pairs: Express the solution as ordered pairs.\newlineThe equation y=45xy = \frac{4}{5}x represents a linear relationship between xx and yy. To find ordered pairs that satisfy the equation, we can choose values for xx and calculate the corresponding yy values.\newlineFor example, if x=0x = 0, then y=45(0)=0y = \frac{4}{5}(0) = 0, so (0,0)(0, 0) is an ordered pair.\newlineIf x=5x = 5, then y=45(5)=4y = \frac{4}{5}(5) = 4, so xx00 is an ordered pair.\newlineWe can continue to choose values for xx and calculate yy to get more ordered pairs.