If `(43)_x` in base x number system is equal to `(34)_y` in base y number system the possible value for x + y is

The number of possible products for x and y is :

The binary system is a number system to the base

If x,y are positive real numbers and 3x+4y=5 , then the lagest possible value of 16x^(2)y^(3) is

If x,y are positive real numbers and 3x+4y=5 , then the lagest possible value of 16x^(2)y^(3) is

y=x^2-4x+4 y=4-x If the ordered pair (x, y) satisfies the system of equations above, what is one possible value of x ?

Express the following number of common number system to a number system of (a) base three (b) base five 2578

Consider the system of equations sin x cos 2y=(a^(2)-1)^(2)+1,cosxsin2y=a+1 The number of values of y in [0,2pi] when the system has solution for permissible values of a, is

y=x^2-4,x+y=2 Based on the system of equations above , what is the minimum value of the product xy ?

3x+2y=6 y-2x=24 Based on the system of equations above , what is the value of the quotient x/y ?

The base of the decimal number system is..........and the base of binary number system is.............