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Draw the segment PQ with endpoints P(-2, -1) and Q(2,4) on the coordinate plane. Then find the length and midpoint of PQ.

User Glagarto
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The graph of the line segment PQ is attached. To find the length, we have to use distance formula which is


d = \sqrt{ (x_(2) -x_(1) )^2 + (y_(2) - y_(1) )^2  }


PQ = √( (2-(-2))^2 + (4- (-1))^2 ) = √( (2+2)^2 + (4+1)^2 )


PQ = √(16+25) = √(41)

To find the midpoint,we have to use the formula


( (x_(1)+ x_(2) )/(2) ,(y_(1)+ y_(2) )/(2) ) = ((-2+2)/(2) , (-1+4)/(2) )


= ( (0)/(2) , (3)/(2) ) = (0 , (3)/(2) )

Draw the segment PQ with endpoints P(-2, -1) and Q(2,4) on the coordinate plane. Then-example-1
User Paul Sabou
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