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Simplify 16 x 2 y 2 z 5 ÷ 2 z 3 x 3 y 2 Express 3 2 m ( 11 2 p mp ) as a single fraction in its simples form. Simplify x2 2 2 x1 5 Given 1 3 x = y , x+ 6y = 18 Find the value of x and y Solve 4 x4 4 =−5 Solve 5 r2 2 = 2r-7 Solve 5 r3 3 = 3 r 2 + 1 Solve y2 3 = 2 y +3 5 Simplify Coordinate In the diagram, m is the midpoint of a straight line JK. Find the coordinates of the point M. L is the midpoint of KN and M is the midpoint of LN. Find the coordinate of M. The distance between P(-3, 4) and Q(x,-2) is 10 units. The possible value of x is… In the Cartesian plane given, In the above figure, PQR is an The distance between P(3, 2k) and Q(-6,4) is 10 units. The possible value of x is…

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Simplify 16 x2 y2 z5÷2 z3 x3 y2 Express 3

2m−(1−12 pmp )as a single

fraction in its simples form.

Simplify x−22

−2 x−15

Given 13x= y , x+ 6y = 18

Find the value of x and y

Solve 4 x−44

=−5

Solve 5 r−22

= 2r-7 Solve 5 r−33

=3 r2

+ 1 Solve y−23

=2 y+35

Simplify

Coordinate

In the diagram, m is the midpoint of a straight line JK. Find the coordinates of the point M.

L is the midpoint of KN and M is the midpoint of LN. Find the coordinate of M.

The distance between P(-3, 4) and Q(x,-2) is 10 units. The possible value of x is…

In the Cartesian plane given, ABCD is a rectangle.i. Calculate the perimeter of ABCD

ii. Find the area of ABCD

In the above figure, PQR is an isosceles triangle and QR = 5 units. The coordinate of Q is …

The distance between P(3, 2k) and Q(-6,4) is 10 units. The possible value of x is…

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