[" The number of points on the line "3x+4y=5" ,which "],[" are at a distance of "sec^(2)theta+2cosec^(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

The number of points on the line 3x+4y=5 ,which are at a distance of sec^(2)theta+2cos ec^(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

Number of points on the staight line x+y+2sqrt(2)=0, which are at a distance of sin^(3)theta+cos^(3)theta,theta in[0,pi]

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

|(4 sin^(2)theta, cos^(2) theta),(3 sec^(2)theta,cosec^(2)theta)|=

Find the least and greatest values of the distance of the point (cos theta,sin theta),theta in R from the line 3x-4y+10=0 .