Let L be the line \[2x+y=2\]. If the axes are rotated by \[{{45}^{o}}\], then the intercepts made by the line L on the new axes are respectively [Roorkee Qualifying 1998]

\[2\sqrt{2}/3\]and \[2\sqrt{2}\]

\[2\sqrt{2}\]and \[2\sqrt{2}/3\]

Let L be the line \[2x+y=2\]. If the axes are rotated by \[{{45}^{o}}\

1.	Let L be the line \[2x+y=2\]. If the axes are rotated by \[{{45}^{o}}\], then the intercepts made by the line L on the new axes are respectively [Roorkee Qualifying 1998]
A.	\[\sqrt{2}\]and 1
B.	1 and \[\sqrt{2}\]
C.	\[2\sqrt{2}\]and \[2\sqrt{2}/3\]
D.	\[2\sqrt{2}/3\]and \[2\sqrt{2}\]
Answer» D. \[2\sqrt{2}/3\]and \[2\sqrt{2}\]

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Let L be the line \[2x+y=2\]. If the axes are rotated by \[{{45}^{o}}\], then the intercepts made by the line L on the new axes are respectively [Roorkee Qualifying 1998]

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