2) (a) The coordinates of (2,2) and (3, 1) 1) are points on a straight line. Determ ine: i) The gradient of the line joining . ii)
The equation of the line joining . If the line segment is the perpendicular bisector of , determine
iii) The equation off the line in the form
= .
b) Determine the points of intersection of t he following curve and line by solving the two simultaneous equations. = 5 3
2 = 3 2 3) (a) Sketch the curve and line in question 2(b) on the grid provided. Clearly labeling their points of intersection, intercepts, roots and turning point. (Show all working). (b) Find the values of x that satisfy the inequalities: i. 4 3 > 0 ii.
|4 | 2 < 0
4) (a) Find the values of if: (i) 3 = 81 4 = 2 − × 8+ (ii) (iii) (iv)
(17) 17) = 3 6 = 5
(b) Write the following expression in terms of ln,ln, and :
(c) Given that ℎ( ) =
2 5 6 factorise ℎ() completely.
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