Q1:

Which curve would pass through the point (0, 1)? 
A. y = x^{3} B. y = (x 1)^{3} C. y = x^{3 }+ 1 D. y = x^{3 } 1 
Answer 1:


Q2:

Which function would have a cubic graph?

A. y = x(x  3)
B. y = (x  2)(x + 3)
C. y = x(x + 4)(x  3)
D. y = x^{2 }(x  3)(x + 1)

Answer 2:


Q3:

What is the yintercept of the function
y = (x  2)(x + 4)(x  1)?

A. (0. 8) B. (0, 8) C. (8, 0) D. (8, 0) 
Answer 3:


Q4:

What is the equation of the cubic graph above?

A. y = (x  2)^{2}(x + 1)
B. y = (x  2)(2  x)(x + 1)
C. y = (x + 2)(2  x)(x  1)
D. y = (x + 2)^{2}(x + 1)

Answer 4:


Q5:

From the graph above which could be the coordinates of one of the turning points? 
A. (1.5, 6) B. (1.5, 1) C. (1, 6) D. (1, 6) 
Answer 5:


Q6:

What is the equation of the function shown above?

A. y = (x + 1)^{3 }+ 2^{}B. y = (x  1)^{3} + 2^{}C. y = (x + 2)^{3} + 1^{}D. y = (x  2)^{3} + 1 
Answer 6:


Q7:

Which set of points lie on the curve
y = x^{3} + 2?

A. {(1, 0), (0, 2), (1, 4)} B. {(1, 1), (0, 2), (1, 3)} C. {(1, 0), (0, 2), (1, 3)} D. {(1, 1), (0, 2), (1, 3)} 
Answer 7:


Q8:

The turning points of the function above are:

A. (2, 0) and (1, 0)^{}B. (2, 0) and (4, 0)^{}C. (1, 0) and (0, 4)^{}D. (2, 0) and (0, 4) 
Answer 8:


Q9:

What is the equation of the function above? 
A. y = (x  2)^{2}(x + 1) B. y = (x + 2)^{2}(x + 1) C. y = (x + 2)^{2}(x 1) D. y = (x  2)^{2}(x 1) 
Answer 9:


Q10:

What is the yintercept of the function in question 8?

A. (2, 0) B. (0, 4) C. (1, 0) D. (4, 0) 
Answer 10:

