Given the geometric representations of the equation: one the number line (b) on the Cartesian plane `x=2` (ii) `y+3=0` (iii) `y=3` (iv) `2x+9=0` (v) `3x-5=0`

Given the geometric representations of the equation: one the number line (i) on the Cartesian plane x=2 (ii) y+3=0 (iii) y=3 (iv) 2x+9=0 (v) 3x-5=0

Give the graphical representation of the following equation. (a) On the number line and (b)On the Cartesian plane (i) x = 3 (ii) y + 3 = 0 (iii) y = 4 (iv) 2x – 9 = 0 (v) 3x + 5 = 0

Give the graphical representation of the following equation. (a) On the number line and (b)On the Cartesian plane (i) x = 3 (ii) y + 3 = 0 (iii) y = 4 (iv) 2x – 9 = 0 (v) 3x + 5 = 0

Give the graphical representation of the following equation. (a) On the number line and (b)On the Cartesian plane (i) x = 3 (ii) y + 3 = 0 (iii) y = 4 (iv) 2x – 9 = 0 (v) 3x + 5 = 0

Give the geometric representation of 2x+9=0 as an equation in one variable.

Give the geometric representation of 2x + 9 = 0 as an equation in one variable.

If the image of the point (2,1) in a line is (4,3) then the equation of line is (i) x+y+5=0 (ii) x-y+5=0 (iii) x+y-5=0 (iv) x-y-5=0

The number of solutions of the equations 2x - 3y = 5, x+2y=7 is (i) 1 (ii)2 (iii)4 (iv) 0

A line passes through P(1,2) such that the portion of the line intercepted between the axes is bisected at P. The equation of the line is (i) x+2y-5=0 (ii) x-y+1=0 (iii) x+y-3=0 (iv) 2x+y-4=0