(4)r-3y=1;3x-2y=-4

x-3y=1,3x-2y+4=0

Divide: 3y^(4)-3y^(3)-4y^(2)-4y^(2)-4y-byy^(2)-2y2y^(5)+10y^(4)+6y^(3)+y^(2)+5y+3by2y^(3)+1x^(4)-2x^(3)+2x^(2)+x+4byx^(2)+x+1

1/(3x+y)+1/(3x-y)=3/4 and 1/(3x+y)-1/(3x-y)= -1/4

A : Equation of the line passing through (3, -4) and perpendicular to 2x+3y+7=0 is 3x-2y-17=0 . R : Equation of the line passing through (x_(1), y_(1)) and perpendicular to ax+by+c=0 is b(x-x_(1))-a(y-y_(1))=0

Solve the following system of equations by matrix method : 5x+7y+2=0 4x+6y+3=0 5x+2y=3 3x+2y=5 3x+4y-5=0 x-y+3=0 3x+y=19 3x-y=23 3x+7y=4 x+2y=-1 3x+y=7 5x+3y=12

Let f: R-{-4/3}->R be a function as f(x)=(4x)/(3x+4) . The inverse of f is map, g:" "R a nge""""""f->R-{-4/3} given by. (a) g(y)=(3y)/(3-4y) (b) g(y)=(4y)/(4-3y) (c) g(y)=(4y)/(3-4y) (d) g(y)=(3y)/(4-3y)

Consider the following equation in x and y : (x-2y-1)^(2)+(4x+3y-4)^(2)+(x-2y-1)(4x+3y-4)=0 How many solutions to (x,y) with x,y real,does the equation have

Consider the following equation in x and y: (x-2y-1)^2 + (4x+3y-4)^2 + (x-2y-1)(4x+3y-4) =0 How many solutions to (x, y) with x, y real, does the equation have

Let f: R-{-4/3}->R be a function as f(x)=(4x)/(3x+4) . The inverse of f is map, g:" Range "f->R-{-4/3} given by.(a) g(y)=(3y)/(3-4y) (b) g(y)=(4y)/(4-3y) (c) g(y)=(4y)/(3-4y) (d) g(y)=(3y)/(4-3y)

IF x^2+y^2=1 and P=(3x-4x^3)^2+(3y-4y^3)^2 then find 'P'.