Worksheet for linear and quadratic equations
What value of x satisfies the system of equations:
y = 2x − 1 (1)
y = x2 (2)
y = 2x − 1 (1)
y = x2 (2)
What values of x satisfy the system of equations:
y = 2x + 3 (1)
y = 3x2 − 5 (2)
y = 2x + 3 (1)
y = 3x2 − 5 (2)
What value of y satisfies the system of equations:
y = -6x + 2 (1)
y = x2 + 11 (2)
y = -6x + 2 (1)
y = x2 + 11 (2)
What values of y satisfy the system of equations:
y = -4x + 1 (1)
y = 2x2 − 5 (2)
y = -4x + 1 (1)
y = 2x2 − 5 (2)
What values of x satisfy the system of equations:
x + y = 12 (1)
y = 5x2 − 20x + 8 (2)
x + y = 12 (1)
y = 5x2 − 20x + 8 (2)
What values of x satisfy the system of equations:
3x − 4y = 12 (1)
y = x2 − 16 (2)
3x − 4y = 12 (1)
y = x2 − 16 (2)
What integer value of y satisfies the system of equations:
5x − 4y − 22 = 0 (1)
y = -3x2 + 4 (2)
5x − 4y − 22 = 0 (1)
y = -3x2 + 4 (2)
What values of x satisfy the system of equations:
What values of y satisfy the system of equations:
What is the point of intersection of the straight line y = 5x − 3 and the
parabola y = x2 + 3x − 2?
parabola y = x2 + 3x − 2?
What are the points of intersection of the straight line y = -5x + 3 and the parabola
y = 2x2 − x − 3?
y = 2x2 − x − 3?
What are the points of intersection of the straight line 3x + 2y = 6 and the parabola
y = -x2 + 10?
y = -x2 + 10?
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