[" a and bare two arbitrary constants,then the straight line "],[(-1,-2),(b)([1],[b])" (1,"2)]

lf a and b are two arbitrary constants, then the straight line (a-2b)x+ (a+3b)y + 3a+ 4b = 0 will pass through

12.If a and b are two arbitrary constants,then the straight line (a-2b)x+(a+3b)y+3a+4b=0 will pass through (A)(-1,-2) (B) (1,2) (C) (-2,-3) (D) (2,3)

if a and b are two arbitrary constant,then the straight line (a-2b)x+(a+3b)y+3a+4b=0 will pass through:

If a and b are two arbitrary constants, then prove that the straight line (a-2b)x+(a+3b)y+3a+4b=0 will pass through a fixed point. Find that point.

If a and b are two arbitrary constants, then prove that the straight line (a-2b)x+(a+3b)y+3a+4b=0 will pass through a fixed point. Find that point.

If a and b are two arbitrary constants,then prove that the straight ine (a-2b)x+(a+3b)y+3a+4b=0 will pass through a fixed point.Find that point.

If aa n db are two arbitrary constants, then prove that the straight line (a-2b)x+(a+3b)y+3a+4b=0 will pass through a fixed point. Find that point.

Ax^2+By^2=1 , A and B are arbitrary constants.

If y=a+bx^(2) , where a, b are arbitrary constants, then