In a rectangular \textbf{2D} world everything is rectangular. Rectangular people live in rectangular houses, drive rectangular cars and work in rectangular offices. The only day of a year when everything is not rectangular is April \textbf{1}^st --- the Fool's Day. On that day people send each other postcards with jokes and these postcards have a form of parallelograms. To support this tradition the rectangular world industry produces different parallelogram postcards and envelopes. Mr. Rect Squarowski wants to start a new business. He would like to provide a web service that determines whether a Fool's Day postcard fits Fool's Day envelope. Help Mr. Squarowski to earn his next billion of money rects. \InputFile The first line of the input contains integer number \textbf{n} (\textbf{1} ≤ \textbf{n} ≤ \textbf{1000}) --- the number of test cases. Each test case consists of six integer numbers. The first three numbers describe an envelope, the last three --- a postcard. Three numbers describing each parallelogram are the lengths of its adjacent sides and its diagonal respectively. Specified lengths will not be greater than \textbf{1000}. It is guaranteed that the corresponding parallelogram exists and it is not degenerate. \OutputFile For each test case output a single line. Print "\textbf{Yes}" if a postcard fits an envelope or "\textbf{No}" if it doesn't.