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Concavity: y-intercept= Given that y=x2+x-6 do the following: a) Calculate all important points of the parabola. b) Calculate the equation of the line using the coordinates of the turning point and the negative root. # of roots= root #2= Δ= root #1= ( coordinates of turning point: Equation of the line: y= axis of symmetry= , x + ) Concavity: y-intercept= Given that y=x2+3x+2 do the following: a) Calculate all important points of the parabola. b) Calculate the equation of the line using the coordinates of the turning point and the greatest negative root. # of roots= root #2= Δ= root #1= ( coordinates of turning point: Equation of the line: y= axis of symmetry= , x + ) Concavity: y-intercept= Given that y=-2x2+5x+3 do the following: a) Calculate all important points of the parabola. b) Calculate the equation of the line using the coordinates of the y-intercept and the positive root. # of roots= root #2= Δ= root #1= ( coordinates of turning point: Equation of the line: y= axis of symmetry= , x + ) Concavity: y-intercept= Given that y=x2-4 do the following: a) Calculate all important points of the parabola. b) Calculate the equation of the line using the coordinates of the turning point and the positive root. # of roots= root #2= Δ= root #1= ( coordinates of turning point: Equation of the line: y= axis of symmetry= , x + ) Concavity: y-intercept= Given that y=x2-8x+7, do the following: a) Calculate all important points of the parabola. b) Calculate the equation of the line using the coordinates of the turning point and the y-intercept. # of roots= root #2= Δ= root #1= ( coordinates of turning point: Equation of the line: y= axis of symmetry= , x + ) Concavity: y-intercept= Given that y=(x+2)2 do the following: a) Calculate all important points of the parabola. b) Calculate the equation of the line using the coordinates of the y-intercept and the lower root. # of roots= root #2= Δ= root #1= ( coordinates of turning point: Equation of the line: y= axis of symmetry= , x + ) Concavity: y-intercept= Given that y=-(x-1)2 do the following: a) Calculate all important points of the parabola. b) Calculate the equation of the line using the coordinates of the lowest root and the y-intercept. # of roots= root #2= Δ= root #1= ( coordinates of turning point: Equation of the line: y= axis of symmetry= , x + ) Concavity: y-intercept= Given that y=x2+4x+5 do the following: a) Calculate all important points of the parabola. b) Calculate the equation of the line using the coordinates of the y-intercept and the turning point. # of roots= root #2= Δ= root #1= ( coordinates of turning point: Equation of the line: y= axis of symmetry= , x + ) Concavity: y-intercept= Given that y=-x2+4x-6 do the following: a) Calculate all important points of the parabola. b) Calculate the equation of the line using the coordinates of the y-intercept and the turning point. # of roots= root #2= Δ= root #1= ( coordinates of turning point: Equation of the line: y= axis of symmetry= , x + ) |