4668

$1 = 48^{6 - 6}$	$2 = \sqrt{68 - 64}$	$3 = \sqrt{\sqrt{\frac{486}{6}}}$	$4 = 68 - 64$
$5 = \frac{46 - 6}{8}$	$6 = \sqrt{6! - 684}$	$7 = \frac{48 - 6}{6}$	$8 = \frac{84}{6} - 6$
$9 = \sqrt{\frac{486}{6}}$	$10 = \sqrt{64} - 6 + 8$	$11 = \frac{68}{4} - 6$	$12 = \sqrt{\frac{864}{6}}$
$13 = \frac{84 - 6}{6}$	$14 = \frac{48}{6} + 6$	$15 = \frac{84 + 6}{6}$	$16 = 64 - 6 \cdot 8$
$17 = \frac{68 \cdot 6}{4!}$	$18 = 66 - 48$	$19 = \frac{\frac{6!}{6}}{8} + 4$	$20 = \frac{84}{6} + 6$
$21 = \frac{6!}{48} + 6$	$22 = 68 - 46$	$23 = \frac{46}{8 - 6}$	$24 = (68 - 64)!$
$25 = \frac{66}{\sqrt{4}} - 8$	$26 = \frac{6!}{8} - 64$	$27 = \frac{\frac{6^{4}}{6}}{8}$	$28 = \frac{68}{\sqrt{4}} - 6$
$29 = \frac{66 - 8}{\sqrt{4}}$	$30 = (8 - 4) \cdot 6 + 6$	$31 = \frac{68 - 6}{\sqrt{4}}$	$32 = 46 - 6 - 8$
$33 = \frac{66 \cdot 4}{8}$	$34 = 66 - 4 \cdot 8$	$35 = \sqrt{(\frac{6}{\sqrt{4}})^{6}} + 8$	$36 = 6! - 684$
$37 = \frac{66 + 8}{\sqrt{4}}$	$38 = 68 - 4! - 6$	$39 = \frac{4!}{8} + 6 \cdot 6$	$40 = 86 - 46$
$41 = \frac{66}{\sqrt{4}} + 8$	$42 = 48 - \sqrt{6 \cdot 6}$	$43 = \frac{86}{6 - 4}$	$44 = 46 + 6 - 8$
$45 = \frac{6!}{\sqrt{64} + 8}$	$46 = \sqrt{46^{8 - 6}}$	$47 = 48 - \frac{6}{6}$	$48 = 46 - 6 + 8$
$49 = \frac{6}{6} + 48$	$50 = 64 - 6 - 8$	$51 = \frac{6}{\sqrt{4}} + 6 \cdot 8$	$52 = (4 + 6) \cdot 6 - 8$
$53 = \frac{6! + 8!}{6!} - 4$	$54 = \sqrt{486 \cdot 6}$	$55 = \frac{6! + 8!}{6!} - \sqrt{4}$	$56 = \sqrt{64} \cdot 6 + 8$
$57 = \frac{8! - 6!}{6!} + \sqrt{4}$	$58 = 68 - 4 - 6$	$59 = \frac{8! - 6!}{6!} + 4$	$60 = 68 - \sqrt{64}$
$61 = \frac{6! + 8!}{6!} + 4$	$62 = 64 + 6 - 8$	$63 = 66 - \frac{4!}{8}$	$64 = 66 - \frac{8}{4}$
$65 = 68 - \frac{6}{\sqrt{4}}$	$66 = 64 - 6 + 8$	$67 = ?$	$68 = \frac{8}{4} + 66$
$69 = \frac{4!}{8} + 66$	$70 = 66 - 4 + 8$	$71 = \frac{6}{\sqrt{4}} + 68$	$72 = 6! - 648$
$73 = ?$	$74 = 86 - \sqrt{4} \cdot 6$	$75 = \sqrt{(\frac{6}{\sqrt{4}})^{8}} - 6$	$76 = \sqrt{64} + 68$
$77 = ?$	$78 = \frac{468}{6}$	$79 = \frac{8! - 6!}{6!} + 4!$	$80 = \sqrt{4} \cdot 6 + 68$
$81 = \frac{486}{6}$	$82 = \frac{6! - 64}{8}$	$83 = \frac{664}{8}$	$84 = 6 \cdot 6 + 48$
$85 = \frac{6}{6} + 84$	$86 = 68 + 4! - 6$	$87 = \frac{6! - 4 \cdot 6}{8}$	$88 = 86 - 4 + 6$
$89 = \frac{6}{\sqrt{4}} + 86$	$90 = \frac{6!}{\frac{48}{6}}$	$91 = \frac{\sqrt{64} + 6!}{8}$	$92 = (8 - 6) \cdot 46$
$93 = \frac{4 \cdot 6 + 6!}{8}$	$94 = \sqrt{64} + 86$	$95 = \frac{\sqrt{\sqrt{4!^{8}}} - 6}{6}$	$96 = 84 + 6 + 6$
$97 = \frac{\sqrt{\sqrt{4!^{8}}} + 6}{6}$	$98 = 4 \cdot 8 + 66$	$99 = \frac{4! + 6!}{8} + 6$	$100 = (6 + 6) \cdot 8 + 4$