The quotient of `x\ b y\ 2` added to 5 is written as `x/2+5` (b) `2/x+5` (c) `(x+2)/5` (d) `x/(2+5)`

The quotient of x\ b y\ 2 added to 5 is written as (a) x/2+5 (b) 2/x+5 (c) (x+2)/5 (d) x/(2+5)

The quotient of xby2 added to 5 is written as (x)/(2)+5(b)(2)/(x)+5(c)(x+2)/(5) (d) (x)/(2+5)

5 more than twice a number x is written as 5+x+2 (b) 2x+52x-5 (d) 5x+2

5 more than twice a number x is written as (a) 5+x+2 (b) 2x+5 2x-5 (d) 5x+2

If the point P(x ,\ y) is equidistant from A(5,\ 1) and B(-1,\ 5) , then (a) 5x=y (b) x=5y (c) 3x=2y (d) 2x=3y

x^((log)_5x)>5 implies x in (0,oo) (b) (0,1/5)U(5,∞) (c) (2,2.5) (d) (0,2.5)

x^2\ x\ \ 2y^3\ x\ \ 5x^3y^2 is equal to: (a) 10 x^2y^5 (b) 10 x^5y^2 (c) 10 x^5y^5 (d) x^5y^5

A point on the ellipse x^2+3y^2=37 where the normal is parallel to the line 6x-5y=2 is (5,-2) (b) (5, 2) (c) (-5,2) (d) (-5,-2)

A point on the ellipse x^2+3y^2=37 where the normal is parallel to the line 6x-5y=2 is (5,-2) (b) (5, 2) (c) (-5,2) (d) (-5,-2)

2^x-2^y=2^(x+y) find dy/dx if x=y=2 (a) 3/5 (b) -3/5 (c) 2/5 (d) 1