st-line

Related Questions

• If p and $p'$be the distances of origin from the lines $x\sec \alpha +y \text{cosec }\alpha =k$ and $x\cos \alpha -y\sin \alpha =k\cos 2\alpha $, then $4{{p}^{2}}+{{{p}'}^{2}}$=

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• The angle between the lines $y=(2-\sqrt{3})x+5$ and $y=(2+\sqrt{3})x-7$ is

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• The equations $(b-c)x+(c-a)y+(a-b)=0$ and $({{b}^{3}}-{{c}^{3}})x+({{c}^{3}}-{{a}^{3}})y+{{a}^{3}}-{{b}^{3}}=0$ will represent the same line, if

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• A line passes through the point (3, 4) and cuts off intercepts from the coordinates axes such that their sum is 14. The equation of the line is

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• Slope of a line which cuts intercepts of equal lengths on the axes is

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