All 100 targets have a solution.
\(1 = 39^{9 - 9 }\)
\(2 = \frac{ 3 \cdot 9 - 9 }{ 9 }\)
\(3 = \frac{ 9 }{ \frac{ 9 }{ \frac{ 9 }{ 3 } } }\)
\(4 = \frac{ 39 }{ \sqrt{9} } - 9 \)
\(5 = \frac{ 99 }{ 9 } - 3 !\)
\(6 = 99 - 93 \)
\(7 = 9 - ( 3 - \frac{ 9 }{ 9 } )\)
\(8 = \frac{ 99 }{ 9 } - 3 \)
\(9 = ( 9 - 9 ) \cdot 3 + 9 \)
\(10 = \frac{ 39 - 9 }{ \sqrt{9 } }\)
\(11 = \frac{ \frac{ 99 }{ 3 } }{ \sqrt{9 } }\)
\(12 = 93 - 9 \cdot 9 \)
\(13 = \frac{ 39 \cdot \sqrt{9} }{ 9 }\)
\(14 = \frac{ 99 }{ 9 } + 3 \)
\(15 = \frac{ 99 - 9 }{ 3 ! }\)
\(16 = \frac{ 39 + 9 }{ \sqrt{9 } }\)
\(17 = \frac{ 99 }{ 9 } + 3 !\)
\(18 = \sqrt{( 99 + 9 ) \cdot 3 }\)
\(19 = 99 - \frac{ 3!! }{ 9 }\)
\(20 = \frac{ \sqrt{9}! }{ 3 } + 9 + 9 \)
\(21 = 39 - 9 - 9 \)
\(22 = \frac{ 39 }{ \sqrt{9} } + 9 \)
\(23 = \frac{ \sqrt{9}!^{3} - 9 }{ 9 }\)
\(24 = \frac{ 99 }{ 3 } - 9 \)
\(25 = \frac{ 93 }{ \sqrt{9} } - \sqrt{9 }!\)
\(26 = 3 \cdot 9 - \frac{ 9 }{ 9 }\)
\(27 = 39 - 9 - \sqrt{9 }\)
\(28 = \frac{ 93 - 9 }{ \sqrt{9 } }\)
\(29 = \frac{ 93 - \sqrt{9}! }{ \sqrt{9 } }\)
\(30 = \frac{ 99 - 9 }{ 3 }\)
\(31 = \frac{ 93 \cdot \sqrt{9} }{ 9 }\)
\(32 = \frac{ 99 - 3 }{ \sqrt{9 } }\)
\(33 = \frac{ 99 \cdot 3 }{ 9 }\)
\(34 = \frac{ 93 + 9 }{ \sqrt{9 } }\)
\(35 = \frac{ 99 + 3! }{ \sqrt{9 } }\)
\(36 = \frac{ 99 + 9 }{ 3 }\)
\(37 = 39 - \frac{ \sqrt{9}! }{ \sqrt{9 } }\)
\(38 = 39 - \frac{ 9 }{ 9 }\)
\(39 = 39 - 9 + 9 \)
\(40 = \frac{ 9 }{ 9 } + 39 \)
\(41 = \frac{ \sqrt{9}! }{ \sqrt{9} } + 39 \)
\(42 = 9 \cdot 9 - 39 \)
\(43 = \frac{ 3!! }{ 9 + 9 } + \sqrt{9 }\)
\(44 = \frac{ \sqrt{9}!! }{ 9 } - 3! \cdot \sqrt{9 }!\)
\(45 = 39 - \sqrt{9} + 9 \)
\(46 = \frac{ 3!! }{ 9 + 9 } + \sqrt{9 }!\)
\(47 = \frac{ \frac{ 9! }{ 3!! } }{ 9 } - 9 \)
\(48 = \sqrt{9 \cdot 9} + 39 \)
\(49 = \frac{ 3!! }{ 9 + 9 } + 9 \)
\(50 = \frac{ \frac{ 9! }{ 3!! } }{ 9 } - \sqrt{9 }!\)
\(51 = 39 + \sqrt{9} + 9 \)
\(52 = \sqrt{9}! \cdot 9 - \frac{ \sqrt{9}! }{ 3 }\)
\(53 = 3! \cdot 9 - \frac{ 9 }{ 9 }\)
\(54 = ( 9 - \frac{ 9 }{ 3 } ) \cdot 9 \)
\(55 = 3! \cdot 9 + \frac{ 9 }{ 9 }\)
\(56 = \frac{ \frac{ 9! }{ ( 9 - 3 )! } }{ 9 }\)
\(57 = 39 + 9 + 9 \)
\(58 = ( \frac{ \sqrt{9}! }{ 3 } )^{\sqrt{9}!} - \sqrt{9 }!\)
\(59 = \frac{ \frac{ 9! }{ 3!! } }{ 9 } + \sqrt{9 }\)
\(60 = 99 - 39 \)
\(61 = ( \frac{ \sqrt{9}! }{ 3 } )^{\sqrt{9}!} - \sqrt{9 }\)
\(62 = \frac{ 93 \cdot \sqrt{9}! }{ 9 }\)
\(63 = ( 9 - 3 ) \cdot 9 + 9 \)
\(64 = ( \frac{ 9 }{ 9 } + 3 )^{\sqrt{9 }}\)
\(65 = \frac{ \frac{ 9! }{ 3!! } }{ 9 } + 9 \)
\(66 = \sqrt{9} \cdot 9 + 39 \)
\(67 = \frac{ \sqrt{9^{3} + 9!} }{ 9 }\)
\(68 = \frac{ 3!! }{ 9 } - 9 - \sqrt{9 }\)
\(69 = 9 \cdot 9 - 3 - 9 \)
\(70 = \frac{ 3!! - 9 }{ 9 } - 9 \)
\(71 = \frac{ ( 9 - 3 )! }{ 9 } - 9 \)
\(72 = 99 - 3 \cdot 9 \)
\(73 = ( \frac{ \sqrt{9}! }{ 3 } )^{\sqrt{9}!} + 9 \)
\(74 = \frac{ 3!! }{ 9 } - 9 + \sqrt{9 }\)
\(75 = 93 - 9 - 9 \)
\(76 = \frac{ 3!! - 9 }{ 9 } - \sqrt{9 }\)
\(77 = \frac{ ( 9 - 3 )! }{ 9 } - \sqrt{9 }\)
\(78 = 9 \cdot 9 - \frac{ 9 }{ 3 }\)
\(79 = \frac{ ( 9 - 3 )! - 9 }{ 9 }\)
\(80 = \frac{ 9^{3} - 9 }{ 9 }\)
\(81 = 93 - 9 - \sqrt{9 }\)
\(82 = \frac{ 9^{3} + 9 }{ 9 }\)
\(83 = \frac{ ( 9 - 3 )! }{ 9 } + \sqrt{9 }\)
\(84 = 93 - \sqrt{9 \cdot 9 }\)
\(85 = \frac{ 3!! - 9 }{ 9 } + \sqrt{9 }!\)
\(86 = \frac{ 3!! }{ 9 } - \sqrt{9} + 9 \)
\(87 = 99 - 3 - 9 \)
\(88 = \frac{ 3!! - 9 }{ 9 } + 9 \)
\(89 = \frac{ ( 9 - 3 )! }{ 9 } + 9 \)
\(90 = ( 39 - 9 ) \cdot \sqrt{9 }\)
\(91 = \frac{ 99 + 3!! }{ 9 }\)
\(92 = 93 - \frac{ 9 }{ 9 }\)
\(93 = 93 - 9 + 9 \)
\(94 = \frac{ 9 }{ 9 } + 93 \)
\(95 = \frac{ \sqrt{9}! }{ \sqrt{9} } + 93 \)
\(96 = 99 - \frac{ 9 }{ 3 }\)
\(97 = 99 - \frac{ \sqrt{9}! }{ 3 }\)
\(98 = 99 - \frac{ 3 }{ \sqrt{9 } }\)
\(99 = 93 - \sqrt{9} + 9 \)
\(100 = \frac{ 3 }{ \sqrt{9} } + 99 \)