Sketching Quadratics

Easy

Medium

Difficult

Q1) Find the (a)y-intercept, (b) roots and (c) turning point of y=\(x^2 + 3x -10\)
Q1) Find the (a)y-intercept, (b) roots and (c) turning point of y=\(x^2 + 2x -8\)
Q1) Find the (a)y-intercept, (b) roots and (c) turning point of y=\(1x^2 + 6x + 8\)
Q2) Find the (a)y-intercept, (b) roots and (c) turning point of y=\(x^2 -x -6\)
Q2) Find the (a)y-intercept, (b) roots and (c) turning point of y=\(x^2 + 4x + 3\)
Q2) Find the (a)y-intercept, (b) roots and (c) turning point of y=\(1x^2 + 16x + 60\)
Q3) Find the (a)y-intercept, (b) roots and (c) turning point of y=\(x^2 + 2x -8\)
Q3) Find the (a)y-intercept, (b) roots and (c) turning point of y=\(x^2 -7x + 12\)
Q3) Find the (a)y-intercept, (b) roots and (c) turning point of y=\(1x^2 + 9x + 14\)
Q4) Find the (a)y-intercept, (b) roots and (c) turning point of y=\(x^2 + 2x -15\)
Q4) Find the (a)y-intercept, (b) roots and (c) turning point of y=\(x^2 -2x -8\)
Q4) Find the (a)y-intercept, (b) roots and (c) turning point of y=\(1x^2 + 12x + 35\)
Q5) Find the (a)y-intercept, (b) roots and (c) turning point of y=\(x^2 -7x + 12\)
Q5) Find the (a)y-intercept, (b) roots and (c) turning point of y=\(x^2 + x -20\)
Q5) Find the (a)y-intercept, (b) roots and (c) turning point of y=\(1x^2 + 14x + 48\)