[" Let "A=(3,4)" and "B" is a variable point on the lines "],[|x|=6." If "AB<=4," then find the number of position of "],[B" with integral coordinates."]

Let A=(3,4) and B is a variable point on the lines |x| =6. IF A Blt=4 , then find the number of position of B with integral coordinates.

Let A=(3,4) and B is a variable point on the lines |x| =6. IF A Blt=4 , then find the number of position of B with integral coordinates.

Let A=(3,4) and B is a variable point on the lines |x| =6. IF A Blt=4 , then find the number of position of B with integral coordinates.

Let A=(3,4) and B is a variable point on the lines |x| =6. IF A Blt=4 , then find the number of position of B with integral coordinates.

Let A=(3,4) and B is a variable point on the lines |x| =6. IF A Blt=4 , then find the number of position of B with integral coordinates.

If A = (3, 4) and B is a variable point on the lines |x| = 6 If AB le 4 then the number of positions of B with integral co-ordinates is :

If A(3,4) and B is a variable point on the lines |x|=6 .If ABle4 then number of positions of B with integral co ordinates is :

If A=(3, 4) and B is a variable point on the lines lxl = 6. If AB <=4 then the number of positions of B with integral co-ordinates is (1) 5 (2) 6 (3) 10 (4) 12

If A=(3,4) is B is any variable poinrt on the lines |x|=6. If AB<=4 then find the number positions of B with integral co ordinates is :

Let coordinates of point P be (4,5). If A and B are variable points on straight lines x=y and 2x-y=0 respectively,then the minimum value of PA+PB+AB is