Line `L` has intercepts `a` and `b` on the coordinate axes. When, the axes area rotated through a given angle, keeping the origin fixed, the same line `L` has intercepts `p` and `q`, then

Line L has intercepts a and b on the coordinate axes. When the axes are rotated through a fixed given angle keeping the origin fixed, the same line L has intercepts P and q, then

Line L has intercepts a and b on the coordinate axes. When the axes are rotated through a given angle keeping the origin fixed, the same line L has intercepts p and q . Then

Line L has intercepts a and b on the coordinate axes. When the axes are rotated through given angle, keeping the origin fixed, the same line L has intercepts p and q, then

Line L has intercepts a and b on the coordinate axes. When the axes are rotated through a given angle keeping the origin fixed, the same line L has intercepts p and q . Then (a) a^2+b^2=p^2+q^2 (b) 1/(a^2)+1/(b^2)=1/(p^2)+1/(q^2) (c) a^2+p^2=b^2+q^2 (d) 1/(a^2)+1/(p^2)=1/(b^2)+1/(q^2)

Line L has intercepts a and b on the coordinate axes. When the axes are rotated through a given angle keeping the origin fixed, the same line L has intercepts p and qdot Then (a) a^2+b^2=p^2+q^2 (b) 1/(a^2)+1/(b^2)=1/(p^2)+1/(q^2) (c) a^2+p^2=b^2+q^2 (d) 1/(a^2)+1/(p^2)=1/(b^2)+1/(q^2)

A line L has intercepts a and b on the coordinate axes, when the axes are rotated through an angle theta keeping the origin fixed, the same line L has intercept p and q

A line L has intercepts a and b on the coordinate axes. When the axes are rotated through a given angle theta keeping the origin fixed, this line L has the intercepts p and q. Then

Line L has intercepts aa n db on the coordinate axes. When the axes are rotated through a given angle keeping the origin fixed, the same line L has intercepts pa n dqdot Then (a) a^2+b^2=p^2+q^2 (b)1/(a^2)+1/(b^2)=1/(p^2)+1/(q^2) (c)a^2+p^2=b^2+q^2 (d) 1/(a^2)+1/(p^2)=1/(b^2)+1/(q^2)

Line L has intercepts aa n db on the coordinate axes. When the axes are rotated through a given angle keeping the origin fixed, the same line L has intercepts pa n dqdot Then (a) a^2+b^2=p^2+q^2 (b) 1/(a^2)+1/(b^2)=1/(p^2)+1/(q^2) (c) a^2+p^2=b^2+q^2 (d) 1/(a^2)+1/(p^2)=1/(b^2)+1/(q^2)