The Number Game

[Something_Smart]

4^3+9+4=77
oh lol I did that before I realized you can do multidigits
without them is more hardcore, but not always possible...

Original Roll String: 4d10

4 10-Sided Dice: (10, 9, 8, 4) = 31

Original Roll String: 1d91+9

1 91-Sided Dice: (75)+9 = 84

[Something_Smart]

wait what

[Something_Smart]

thank you lol

I'll solve it, I promise

[Something_Smart]

9*(sqrt(3)^4)-4=77

just use my original numbers

[Something_Smart]

uh what do we do with the 10?

[Something_Smart]

so the zero is literally useless :/
also lol @ the square root of .5th root

[Something_Smart]

0+5^sqrt(sqrt(sqrt(2^8)))=25
that was harder than it had any right to be

Original Roll String: 4d10

4 10-Sided Dice: (6, 9, 4, 7) = 26

Original Roll String: 1d91+9

1 91-Sided Dice: (69)+9 = 78

[Something_Smart]

(4+7)*8+3=91

Original Roll String: 4d10

4 10-Sided Dice: (3, 5, 1, 5) = 14

Original Roll String: 1d91+9

1 91-Sided Dice: (20)+9 = 29

[Something_Smart]

hehehehe
(3*4+.9999...)*6=78

Original Roll String: 4d10

4 10-Sided Dice: (8, 7, 3, 10) = 28

Original Roll String: 1d91+9

1 91-Sided Dice: (52)+9 = 61

[Something_Smart]

no, and I tried some pretty desperate stuff :/
I definitely agree with removing 0. Most of the time it's just a waste.

how did you play with decimal points to get 90.6?

[Something_Smart]

you can get arbitrarily close to 66 by taking repeated square roots of 5 and 7 (or of 12 if you prefer)...

but man, trying to get exactly 66 is difficult if not impossible :/