The number of points on the line `3x + 4y = 5` , which are at a distance of ` sec^2 theta+ 2 cosec^2 theta` , `thetainR`, from the point (1, 3) is

The number of points on the line 3x +4y = 5 , which are at a distance of sec^(2)theta +2 cossec^(2) theta, theta in R , from the point (1,3) is

The number of points on the line 3x +4y = 5 , which are at a distance of sec^(2)theta +2 cossec^(2) theta, theta in R , from the point (1,3) is (a) 1 (b) 2 (c) 3 (d) infinite

The number of points on the line 3x +4y = 5 , which are at a distance of sec^(2)theta +2 cossec^(2) theta, theta in R , from the point (1,3) is (a) 1 (b) 2 (c) 3 (d) infinite

The coordinates of a point on the line x+y+1=0 which is at a distance (1)/(5) unit from the line 3x+4y+2=0 are

2 sec^(2) theta - sec^(4) theta - 2 "cosec"^(2) theta + " cosec"^(4) theta =

The value of 2 sec^(2) theta - sec^(4) theta - 2 cosec^(2)theta + cosec^(4) theta is