32) If the graph of y = p(x) does not intersect the X-axis at all, then the zeroes of p(x) are:
A) are equal
B) are unequal
C) don’t exist
D) All of these
Explanation:If the graph of 
does not intersect the X-axis
→ don’t exist
33) The number of zeroes of a polynomial y = p(x) as shown below is:
A) ‘0’
B) 1
C) 2
D) 3
34) A pair of linear equations 
and 
is such that 
, then they are:
A) consistent
B) inconsistent
C) dependent and consistent
D) None of these
Explanation:If 
, the lines intersect
→ consistent
35) The lines 2x + 3y – 9 = 0 and 4x + 6y – 18 = 0 are:
A) intersecting lines
B) coinciding lines
C) parallel lines
D) All of these
Explanation:
, so they are same line
→ coinciding lines
36) If x – 4y – 14 = 0 and 5x – y – 13 = 0 will have:
A) unique solution
B) no solution
C) infinite number of solutions
D) None of these