Q1) $x + 8\over 7$ + $x + 8\over 5$ = [ $12 x + 96\over 35$ ]

Q1) $10\over x+ 4$ - $8\over x +4$ = [ $2 x + 8\over x^{2}+ 8 x +16$]

Q1) $9\over x+ 5$ + $4\over x -2$ = [ $13 x + 2\over x^{2}+3x -10$]

Q2) $x + 8\over 2$ + $x + 9\over 6$ = [ $4 x + 33\over 6$ ]

Q2) $7\over x+ 3$ + $8\over x +3$ = [ $15 x + 45\over x^{2}+ 6 x +9$]

Q2) $9\over x+ 4$ + $5\over x +4$ = [ $14 x + 56\over x^{2}+8x +16$]

Q3) $x + 6\over 2$ - $x + 10\over 7$ = [ $5 x + 22\over 14$ ]

Q3) $9\over x+ 7$ + $6\over x +4$ = [ $15 x + 78\over x^{2}+ 11x +28$]

Q3) $10\over x+ 8$ - $6\over x -8$ = [ $4 x -128\over x^{2} -64$]

Q4) $x + 9\over 3$ + $x + 6\over 2$ = [ $5 x + 36\over 6$ ]

Q4) $10\over x+ 3$ + $6\over x +3$ = [ $16 x + 48\over x^{2}+ 6 x +9$]

Q4) $6\over x+ 4$ + $6\over x -2$ = [ $12 x + 12\over x^{2}+2x -8$]

Q5) $x + 9\over 2$ - $x + 9\over 5$ = [ $3 x + 27\over 10$ ]

Q5) $10\over x+ 7$ - $4\over x +3$ = [ $6 x + 2\over x^{2}+ 10 x +21$]

Q5) $8\over x+ 4$ + $10\over x +9$ = [ $18 x + 112\over x^{2}+13x +36$]

Q6) $x + 8\over 3$ - $x + 10\over 9$ = [ $2 x + 14\over 9$ ]

Q6) $8\over x+ 5$ - $6\over x +5$ = [ $2 x + 10\over x^{2}+ 10 x +25$]

Q6) $5\over x+ 3$ + $5\over x -9$ = [ $10 x -30\over x^{2}-6x -27$]

Q7) $x + 3\over 2$ - $x + 10\over 5$ = [ $3 x -5\over 10$ ]

Q7) $8\over x+ 2$ - $6\over x +4$ = [ $2 x + 20\over x^{2}+ 6 x +8$]

Q7) $9\over x+ 2$ - $2\over x -3$ = [ $7 x -31\over x^{2}-x -6$]

Q8) $x + 8\over 3$ - $x + 7\over 5$ = [ $2 x + 19\over 15$ ]

Q8) $10\over x+ 4$ - $6\over x +5$ = [ $4 x + 26\over x^{2}+ 9 x +20$]

Q8) $10\over x+ 4$ - $7\over x -3$ = [ $3 x -58\over x^{2}+x -12$]

Q9) $x + 6\over 3$ - $x + 10\over 9$ = [ $2 x + 8\over 9$ ]

Q9) $10\over x+ 3$ + $5\over x +2$ = [ $15 x + 35\over x^{2}+ 5 x +6$]

Q9) $7\over x+ 3$ - $5\over x -6$ = [ $2 x -57\over x^{2}-3x -18$]

Q10) $x + 10\over 4$ + $x + 8\over 5$ = [ $9 x + 82\over 20$ ]

Q10) $10\over x+ 5$ + $6\over x +3$ = [ $16 x + 60\over x^{2}+ 8 x +15$]

Q10) $9\over x+ 7$ - $5\over x -7$ = [ $4 x -98\over x^{2} -49$]