\"\"

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The line equation in slope-intercept form is \"\", where m is the slope

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and b is the y-intercept.

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\

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\"\"            (Subtract 2x from each side)

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\"\"       (Commutative property: a+b=b+a) \ \

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\"\"                   (Additive inverse property: \"\")

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\"\"                         (Additive indentity property:  \"\")

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Next find the slope of the line.

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Compare the equation with slope-intercept form and find the slope of the line.

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Slope of the line (m) = \"\".\"\"

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If two lines are perpendicular, the slope (m1) of one line is opposite

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reciprocal of the second line slope (m2). It can be represented as, \"\".

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So, slope of the line perpendicular to given line is \"\"

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(Product of two same signs is positive) \"\"

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Substitute \"\"=\"\" and m = \"\" in the point-slope form equation

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\"\" 

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\"\"           (Substitute  \"\")

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\"\"                 (Product of two same signs is positive)

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\"\"           (Distributive property: \"\")

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\"\"                     (Multiply:  \"\")

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\"\"                        (Divide:  \"\") \"\"

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\"\"           (Subtract  2 to each side)

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\"\"                 (Additive inverse property:  \"\")

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\"\"                        (Additive indentity property:  \"\")

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\"\"                              (Subtract:  \"\")\"\"

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The slope-intercept form line equation is \"\".