id stringlengths 8 8 | prompt stringlengths 181 510 | answer stringlengths 1 36 | family stringclasses 6
values |
|---|---|---|---|
00208201 | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
10.08 m becomes 6.69
17.83 m becomes 11.83
35.85 m becomes 23.79
17.06 m becomes 11.32
31.54 m becomes 20.93
Now, convert the following measurement: 25.09 m | 16.65 | unit_conversion |
00457d26 | In Alice's Wonderland, a secret set of transformation rules is applied to equations. Below are a few examples:
`!*[{ = '"[`
\'*'> = ![@
\'-!` = \\
`!*\& = '@'{
Now, determine the result for: [[-!' | @& | equation_transform |
0047365c | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
32.58 m becomes 26.62
10.9 m becomes 8.90
17.86 m becomes 14.59
Now, convert the following measurement: 13.0 m | 10.62 | unit_conversion |
005ad22a | In Alice's Wonderland, secret encryption rules are used on text. Here are some examples:
hmxad apdhvdq vid ohexahm apwqvhm -> alice creates the magical crystal
zxuhpl zhvaidq xyqxld txmmhed -> wizard watches inside village
nfddy xohexydq xy ehpldy -> queen imagines in garden
osfqd qddq lssp -> mouse sees door
vid amdtd... | king chases castle | text_encryption |
00d9f682 | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
4 -> IV
42 -> XLII
59 -> LIX
77 -> LXXVII
55 -> LV
Now, write the number 100 in the Wonderland numeral system. | C | numeral_system |
00ed1836 | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 3.28s, distance = 53.97 m
For t = 4.11s, distance = 84.74 m
For t = 3.11s, distance = 48.52 m
For t = 2.12s, distance = 22.55 m
For t = 4.66s, distance = 108.94 m
Now, determine the falling distance ... | 24.28 | gravity_constant |
00efa37c | In Alice's Wonderland, secret encryption rules are used on text. Here are some examples:
vmelt lyvutu wyt lfmfcaom keccfc -> alice chases the colorful mirror
lvw afobd wyt xfmdtb dffc -> cat found the golden door
wyt uemitc wtvlytc tnjmfctu -> the silver teacher explores
jcebltuu lctvwtu wyt locefou sffp -> princess cr... | turtle watches the mysterious garden | text_encryption |
00fdc0be | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
01101111 -> 10111111
01001110 -> 00111111
01111101 -> 111111... | 11111111 | bit_manipulation |
01248b76 | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
01101100 -> 00011000
01010011 -> 10010110
00000000 -> 000000... | 11000101 | bit_manipulation |
016482c8 | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
48.1 m becomes 62.12
25.84 m becomes 33.37
24.4 m becomes 31.51
9.65 m becomes 12.46
Now, convert the following measurement: 48.26 m | 62.33 | unit_conversion |
01714be2 | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 1.32s, distance = 9.87 m
For t = 1.07s, distance = 6.48 m
For t = 1.48s, distance = 12.4 m
Now, determine the falling distance for t = 4.98s given d = 0.5*g*t^2. | 140.44 | gravity_constant |
017a161b | In Alice's Wonderland, secret encryption rules are used on text. Here are some examples:
tfsu lsjimjx xjlsjm -> bird creates secret
sittfm pnvvngx mqj ihlfjhm unns -> rabbit follows the ancient door
zndxj jabvnsjx wisujh -> mouse explores garden
Now, decrypt the following text: sittfm lsjimjx fh nljih | rabbit creates in ocean | text_encryption |
01a065bb | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 2.28s, distance = 21.1 m
For t = 1.22s, distance = 6.04 m
For t = 1.52s, distance = 9.38 m
For t = 4.51s, distance = 82.54 m
Now, determine the falling distance for t = 3.33s given d = 0.5*g*t^2. | 45.0 | gravity_constant |
02356cb8 | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
14.95 m becomes 17.94
15.99 m becomes 19.19
24.97 m becomes 29.97
15.3 m becomes 18.36
Now, convert the following measurement: 23.52 m | 28.23 | unit_conversion |
023739fe | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
31.12 m becomes 46.71
37.24 m becomes 55.89
27.81 m becomes 41.74
34.79 m becomes 52.21
Now, convert the following measurement: 14.05 m | 21.09 | unit_conversion |
02902eb3 | In Alice's Wonderland, a secret set of transformation rules is applied to equations. Below are a few examples:
!&*%% = }%>%
%&-/> = $)
$]*&& = }&&}
Now, determine the result for: !!+$> | >/ | equation_transform |
0290f51a | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
01011010 -> 00101011
10100100 -> 01010111
10110001 -> 101101... | 10101111 | bit_manipulation |
03a3437f | In Alice's Wonderland, a secret set of transformation rules is applied to equations. Below are a few examples:
/>-|/ = ':
'>+/! = '>/!
}!-'` = >'
Now, determine the result for: '}-/> | -! | equation_transform |
03e3c7b6 | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
37.35 m becomes 55.43
9.11 m becomes 13.52
8.17 m becomes 12.12
Now, convert the following measurement: 27.17 m | 40.32 | unit_conversion |
03ed28b0 | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
2 -> II
97 -> XCVII
77 -> LXXVII
92 -> XCII
Now, write the number 94 in the Wonderland numeral system. | XCIV | numeral_system |
0429104b | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
27.87 m becomes 35.12
29.32 m becomes 36.95
38.37 m becomes 48.35
12.75 m becomes 16.07
46.62 m becomes 58.75
Now, convert the following measurement: 23.5 m | 29.61 | unit_conversion |
0440e6ab | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
00101101 -> 10100000
00001011 -> 01100000
11011000 -> 000000... | 01100000 | bit_manipulation |
04732729 | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
37.63 m becomes 39.64
13.77 m becomes 14.51
6.1 m becomes 6.43
27.56 m becomes 29.03
Now, convert the following measurement: 21.31 m | 22.45 | unit_conversion |
048cc279 | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
10000110 -> 00100001
11111111 -> 11111111
01011100 -> 101100... | 01010000 | bit_manipulation |
04b818d2 | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
6.15 m becomes 7.01
14.5 m becomes 16.52
45.41 m becomes 51.75
Now, convert the following measurement: 36.59 m | 41.70 | unit_conversion |
04f03c7e | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
54 -> LIV
85 -> LXXXV
96 -> XCVI
68 -> LXVIII
50 -> L
Now, write the number 82 in the Wonderland numeral system. | LXXXII | numeral_system |
04f569be | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
69 -> LXIX
30 -> XXX
82 -> LXXXII
25 -> XXV
8 -> VIII
Now, write the number 87 in the Wonderland numeral system. | LXXXVII | numeral_system |
050492a9 | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
8.79 m becomes 16.10
29.18 m becomes 53.44
22.55 m becomes 41.30
37.35 m becomes 68.41
Now, convert the following measurement: 39.89 m | 73.06 | unit_conversion |
05195c8e | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
15 -> XV
45 -> XLV
39 -> XXXIX
99 -> XCIX
87 -> LXXXVII
Now, write the number 94 in the Wonderland numeral system. | XCIV | numeral_system |
059bced5 | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
62 -> LXII
12 -> XII
94 -> XCIV
Now, write the number 63 in the Wonderland numeral system. | LXIII | numeral_system |
05ca617c | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
01111111 -> 10111111
01011101 -> 11101111
01001111 -> 111001... | 11011011 | bit_manipulation |
06120e47 | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
01010100 -> 11101111
10000011 -> 11111101
11110110 -> 111001... | 11110010 | bit_manipulation |
07735828 | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
6.24 m becomes 3.77
18.52 m becomes 11.19
26.37 m becomes 15.93
10.4 m becomes 6.28
Now, convert the following measurement: 7.7 m | 4.65 | unit_conversion |
07c96a99 | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 3.91s, distance = 47.61 m
For t = 3.71s, distance = 42.87 m
For t = 1.83s, distance = 10.43 m
For t = 1.05s, distance = 3.43 m
Now, determine the falling distance for t = 3.56s given d = 0.5*g*t^2. | 39.47 | gravity_constant |
07ceed47 | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
10001010 -> 00010001
00100111 -> 10000100
00011011 -> 100000... | 10000101 | bit_manipulation |
084757f1 | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
6 -> VI
39 -> XXXIX
3 -> III
2 -> II
61 -> LXI
Now, write the number 86 in the Wonderland numeral system. | LXXXVI | numeral_system |
0848cbc0 | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 2.59s, distance = 44.43 m
For t = 3.19s, distance = 67.4 m
For t = 1.28s, distance = 10.85 m
For t = 1.03s, distance = 7.03 m
Now, determine the falling distance for t = 4.38s given d = 0.5*g*t^2. | 127.07 | gravity_constant |
0866671e | In Alice's Wonderland, secret encryption rules are used on text. Here are some examples:
yzlwcb ibmslai bca nlia yao -> knight studies the wise key
xmaaz kvqqvni yao -> queen follows key
hvmia apjqveai bca htwlutq beatimea -> mouse explores the magical treasure
Now, decrypt the following text: bca ibetzwa tqlua kvqqvni | the strange alice follows | text_encryption |
08d8d7e1 | In Alice's Wonderland, a secret set of transformation rules is applied to equations. Below are a few examples:
41+98 = 301
94+07 = 911
06*49 = 4906
95*27 = 2795
Now, determine the result for: 65+23 | 88 | equation_transform |
08df5363 | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
01001101 -> 00101001
01010111 -> 01101010
00101001 -> 001001... | 01011100 | bit_manipulation |
094b8eea | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
22 -> XXII
7 -> VII
51 -> LI
81 -> LXXXI
40 -> XL
Now, write the number 86 in the Wonderland numeral system. | LXXXVI | numeral_system |
095b3eab | In Alice's Wonderland, secret encryption rules are used on text. Here are some examples:
imwwlx hxlmfg fsxxax -> hatter dreams mirror
mrsvl xlmhg scgshl rszxmxe -> alice reads inside library
mrsvl xlmhg clmx umrrle -> alice reads near valley
fangl panch wil gwxmckl zaab -> mouse found the strange book
gwnhlcw hxlmfg da... | knight draws the curious potion | text_encryption |
0978d9f3 | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 2.3s, distance = 48.1 m
For t = 1.89s, distance = 32.48 m
For t = 3.37s, distance = 103.27 m
For t = 3.21s, distance = 93.7 m
Now, determine the falling distance for t = 2.4s given d = 0.5*g*t^2. | 52.38 | gravity_constant |
09d5ee68 | In Alice's Wonderland, a secret set of transformation rules is applied to equations. Below are a few examples:
<:+|& = <:|&
'&+>? = '&>?
$!*!| = !!:&
|:-?' = -&$
Now, determine the result for: |:*>> | !?'! | equation_transform |
09eb1f7e | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
31.36 m becomes 33.72
25.52 m becomes 27.44
25.64 m becomes 27.57
38.45 m becomes 41.35
27.52 m becomes 29.59
Now, convert the following measurement: 28.49 m | 30.64 | unit_conversion |
0a3c8962 | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 2.48s, distance = 37.4 m
For t = 2.32s, distance = 32.73 m
For t = 1.33s, distance = 10.76 m
For t = 4.16s, distance = 105.23 m
For t = 3.84s, distance = 89.66 m
Now, determine the falling distance f... | 54.36 | gravity_constant |
0aaf8d39 | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
51 -> LI
84 -> LXXXIV
20 -> XX
Now, write the number 61 in the Wonderland numeral system. | LXI | numeral_system |
0af037a5 | In Alice's Wonderland, secret encryption rules are used on text. Here are some examples:
htnjmz bineve fiv iahhvz hmmt -> dragon chases the hidden door
fiv hnts wmdev awnjazve -> the dark mouse imagines
htnjmz bineve fitmdji kmzhvtpnzh -> dragon chases through wonderland
gtazbvee efdhave ntmdzh aepnzh -> princess studi... | student studies near valley | text_encryption |
0b1e1afc | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 2.13s, distance = 16.24 m
For t = 1.56s, distance = 8.71 m
For t = 1.12s, distance = 4.49 m
For t = 1.88s, distance = 12.65 m
For t = 1.26s, distance = 5.68 m
Now, determine the falling distance for ... | 78.08 | gravity_constant |
0b2877ce | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
58 -> LVIII
32 -> XXXII
20 -> XX
Now, write the number 40 in the Wonderland numeral system. | XL | numeral_system |
0bb591e6 | In Alice's Wonderland, a secret set of transformation rules is applied to equations. Below are a few examples:
)(-)( = "
&(-(( = <
$(-(% = )<
<%-%$ = ??
Now, determine the result for: "$+%% | %?< | equation_transform |
0bc7de44 | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
31.68 m becomes 57.04
30.67 m becomes 55.22
20.22 m becomes 36.40
44.9 m becomes 80.84
Now, convert the following measurement: 17.35 m | 31.24 | unit_conversion |
0bd41b01 | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
43 -> XLIII
79 -> LXXIX
37 -> XXXVII
Now, write the number 85 in the Wonderland numeral system. | LXXXV | numeral_system |
0c2243ff | In Alice's Wonderland, secret encryption rules are used on text. Here are some examples:
qhfeldgg dpqijhdg fe qoiold -> princess explores in palace
kcd yzgkdhfjrg yjrgd vhdoyg -> the mysterious mouse dreams
afuohv vhoag ohjrev kjadh -> wizard draws around tower
kcd gkhoewd mfew gkrvfdg -> the strange king studies
Now, ... | bird writes inside garden | text_encryption |
0c2407ef | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
11001100 -> 00010001
01101001 -> 01001000
11101000 -> 000110... | 11000011 | bit_manipulation |
0c4e7430 | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
85 -> LXXXV
18 -> XVIII
4 -> IV
Now, write the number 46 in the Wonderland numeral system. | XLVI | numeral_system |
0d10d1ae | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
18.59 m becomes 31.08
28.32 m becomes 47.35
43.69 m becomes 73.05
26.48 m becomes 44.27
Now, convert the following measurement: 43.74 m | 73.13 | unit_conversion |
0d3974ba | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
47.83 m becomes 41.24
11.33 m becomes 9.77
19.38 m becomes 16.71
18.45 m becomes 15.91
Now, convert the following measurement: 46.52 m | 40.11 | unit_conversion |
0d90736f | In Alice's Wonderland, a secret set of transformation rules is applied to equations. Below are a few examples:
[|*|` = \$()
!|-$) = )/
/$+|/ = :\
\/+): = [`
`$*|! = `[|`
Now, determine the result for: ::-)[ | : | equation_transform |
0da5e774 | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
79 -> LXXIX
15 -> XV
1 -> I
99 -> XCIX
Now, write the number 89 in the Wonderland numeral system. | LXXXIX | numeral_system |
0dfd7674 | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
00110100 -> 01100101
00010001 -> 01100110
10011000 -> 000101... | 01001110 | bit_manipulation |
0e009c6d | In Alice's Wonderland, a secret set of transformation rules is applied to equations. Below are a few examples:
>@'>> = )?>
\%*\` = #!
\>'@\ = \!?>
`\*)> = @/
Now, determine the result for: @?'`? | `?\! | equation_transform |
0e19e1bb | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
44.64 m becomes 67.20
8.84 m becomes 13.31
7.77 m becomes 11.70
Now, convert the following measurement: 32.5 m | 48.92 | unit_conversion |
0e3962f6 | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
00101110 -> 01110001
00100110 -> 00110001
01101001 -> 010010... | 11111110 | bit_manipulation |
0e3d5b3d | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
92 -> XCII
23 -> XXIII
84 -> LXXXIV
Now, write the number 47 in the Wonderland numeral system. | XLVII | numeral_system |
0e467c7b | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
22.05 m becomes 28.58
14.69 m becomes 19.04
25.24 m becomes 32.72
17.22 m becomes 22.32
36.08 m becomes 46.77
Now, convert the following measurement: 41.11 m | 53.29 | unit_conversion |
0e653f2b | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
42.89 m becomes 43.45
49.11 m becomes 49.75
37.76 m becomes 38.26
20.86 m becomes 21.13
48.22 m becomes 48.85
Now, convert the following measurement: 24.95 m | 25.28 | unit_conversion |
0e70c867 | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
01010011 -> 00000000
00111100 -> 11000000
00001100 -> 000000... | 01000000 | bit_manipulation |
0e897e03 | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 2.74s, distance = 36.92 m
For t = 2.63s, distance = 34.02 m
For t = 1.54s, distance = 11.66 m
For t = 4.63s, distance = 105.43 m
For t = 3.65s, distance = 65.52 m
Now, determine the falling distance ... | 30.74 | gravity_constant |
0f26a837 | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
12.33 m becomes 11.88
46.39 m becomes 44.69
40.1 m becomes 38.63
29.51 m becomes 28.43
20.99 m becomes 20.22
Now, convert the following measurement: 5.64 m | 5.43 | unit_conversion |
0f2dec86 | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
00011011 -> 01100001
11110001 -> 10111100
11101011 -> 110110... | 10111000 | bit_manipulation |
0f7ddd75 | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
01110101 -> 11111111
10111001 -> 11110110
10110110 -> 111111... | 11110110 | bit_manipulation |
0fe06e8c | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
11001000 -> 10000011
11101101 -> 11010011
01001101 -> 110100... | 10010010 | bit_manipulation |
0fe53bac | In Alice's Wonderland, a secret set of transformation rules is applied to equations. Below are a few examples:
(@+!| = @"
}(-^} = }}
?"+): = ()@
@@-"@ = -)
Now, determine the result for: ^?+(| | (" | equation_transform |
1029ef5a | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 2.31s, distance = 47.1 m
For t = 2.86s, distance = 72.2 m
For t = 3.61s, distance = 115.04 m
For t = 2.73s, distance = 65.79 m
For t = 2.02s, distance = 36.02 m
Now, determine the falling distance fo... | 33.22 | gravity_constant |
105255db | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
3 -> III
98 -> XCVIII
56 -> LVI
Now, write the number 49 in the Wonderland numeral system. | XLIX | numeral_system |
10f1809a | In Alice's Wonderland, secret encryption rules are used on text. Here are some examples:
ras brwegys nissg qerhasb -> the strange queen watches
cwdghsbb pvmmvqb cvrdvg -> princess follows potion
zgdyar pvigf kec -> knight found map
jdwf fweqb ras bshwsr ksbbeys -> bird draws the secret message
wejjdr fdbhvxswb rwsebiws... | cat draws key | text_encryption |
114a7439 | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
10101100 -> 01100101
00100011 -> 00011001
10111001 -> 100011... | 01110001 | bit_manipulation |
119fa9e1 | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
16 -> XVI
32 -> XXXII
53 -> LIII
77 -> LXXVII
49 -> XLIX
Now, write the number 93 in the Wonderland numeral system. | XCIII | numeral_system |
11a3d729 | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
23 -> XXIII
86 -> LXXXVI
84 -> LXXXIV
12 -> XII
Now, write the number 32 in the Wonderland numeral system. | XXXII | numeral_system |
127b232a | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 3.46s, distance = 75.68 m
For t = 1.49s, distance = 14.03 m
For t = 1.16s, distance = 8.51 m
For t = 4.04s, distance = 103.18 m
For t = 1.56s, distance = 15.38 m
Now, determine the falling distance f... | 43.06 | gravity_constant |
1282c5c5 | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
11110000 -> 10001111
11000111 -> 11111100
00101000 -> 111010... | 00001110 | bit_manipulation |
12e0ac8c | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
11111101 -> 01110101
01010000 -> 10101011
11011001 -> 111011... | 10101001 | bit_manipulation |
12e6f711 | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 4.5s, distance = 187.95 m
For t = 1.17s, distance = 12.71 m
For t = 2.18s, distance = 44.11 m
Now, determine the falling distance for t = 3.33s given d = 0.5*g*t^2. | 102.92 | gravity_constant |
12e947ca | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
10010001 -> 00001000
00011101 -> 01001110
10010101 -> 000010... | 00111110 | bit_manipulation |
12fe3d99 | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 1.32s, distance = 14.16 m
For t = 2.33s, distance = 44.13 m
For t = 4.52s, distance = 166.06 m
For t = 3.25s, distance = 85.85 m
Now, determine the falling distance for t = 1.48s given d = 0.5*g*t^2. | 17.8 | gravity_constant |
13912aeb | In Alice's Wonderland, secret encryption rules are used on text. Here are some examples:
aofvwsll rjxvy tus bfls pca -> princess found the wise map
mxssv wosctsl cgjzs rjoslt -> queen creates above forest
gfoy rjkkjbl tus hjkysv hcoysv -> bird follows the golden garden
tus bfls mxssv snakjosl -> the wise queen explores... | the dark alice discovers | text_encryption |
13c36657 | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 2.19s, distance = 44.59 m
For t = 2.08s, distance = 40.22 m
For t = 4.8s, distance = 214.19 m
For t = 3.67s, distance = 125.21 m
Now, determine the falling distance for t = 1.03s given d = 0.5*g*t^2. | 9.86 | gravity_constant |
14570aeb | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
43.76 m becomes 74.13
19.64 m becomes 33.27
20.65 m becomes 34.98
Now, convert the following measurement: 31.32 m | 53.05 | unit_conversion |
14cca3a2 | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
34.37 m becomes 57.86
38.56 m becomes 64.91
36.84 m becomes 62.01
44.32 m becomes 74.61
19.46 m becomes 32.76
Now, convert the following measurement: 46.68 m | 78.58 | unit_conversion |
1564de32 | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
65 -> LXV
38 -> XXXVIII
17 -> XVII
Now, write the number 8 in the Wonderland numeral system. | VIII | numeral_system |
157f8266 | In Alice's Wonderland, secret encryption rules are used on text. Here are some examples:
yzh otaghl ulbndq txbntqho -> the silver dragon imagines
zbyyhl hfpadlho qhbl rdquhlabqu -> hatter explores near wonderland
oysuhqy oysutho wdlhoy -> student studies forest
mshhq lhbuo yzh ublk xbp -> queen reads the dark map
Now, ... | bird watches inside island | text_encryption |
15b1b62e | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
24.14 m becomes 21.08
16.39 m becomes 14.31
40.18 m becomes 35.08
47.18 m becomes 41.20
11.91 m becomes 10.40
Now, convert the following measurement: 10.54 m | 9.20 | unit_conversion |
15e79ae0 | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 1.01s, distance = 9.96 m
For t = 2.33s, distance = 53.0 m
For t = 4.19s, distance = 171.4 m
Now, determine the falling distance for t = 1.27s given d = 0.5*g*t^2. | 15.75 | gravity_constant |
16d0c65e | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 3.94s, distance = 61.22 m
For t = 4.45s, distance = 78.1 m
For t = 2.04s, distance = 16.41 m
For t = 2.64s, distance = 27.49 m
Now, determine the falling distance for t = 4.32s given d = 0.5*g*t^2. | 73.6 | gravity_constant |
16e73f0e | In Alice's Wonderland, a secret bit manipulation rule transforms 8-bit binary numbers. The transformation involves operations like bit shifts, rotations, XOR, AND, OR, NOT, and possibly majority or choice functions.
Here are some examples of input -> output:
00001010 -> 00000000
00001000 -> 00000000
11000011 -> 000000... | 00000001 | bit_manipulation |
17a00c5a | In Alice's Wonderland, numbers are secretly converted into a different numeral system. Some examples are given below:
32 -> XXXII
80 -> LXXX
14 -> XIV
Now, write the number 61 in the Wonderland numeral system. | LXI | numeral_system |
17d4aac4 | In Alice's Wonderland, a secret unit conversion is applied to measurements. For example:
43.12 m becomes 49.25
15.18 m becomes 17.34
8.98 m becomes 10.26
13.31 m becomes 15.20
14.86 m becomes 16.97
Now, convert the following measurement: 25.25 m | 28.84 | unit_conversion |
186cccdf | In Alice's Wonderland, the gravitational constant has been secretly changed. Here are some example observations:
For t = 3.84s, distance = 107.09 m
For t = 1.36s, distance = 13.43 m
For t = 1.14s, distance = 9.44 m
Now, determine the falling distance for t = 4.39s given d = 0.5*g*t^2. | 139.97 | gravity_constant |
188111de | In Alice's Wonderland, secret encryption rules are used on text. Here are some examples:
qfeoadf qfeowaq zykqfhg -> student studies crystal
twlhyo qfeowaq qfbyk -> wizard studies story
vywdzaqq oyhtq wd ihggak -> princess draws in valley
vywdzaqq qaaq wdqwoa qzpbbg -> princess sees inside school
Now, decrypt the follow... | princess watches through garden | text_encryption |
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