David Cox (snailracer1990)

Race #23

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Official speed 45.00 wpm (105.87 seconds elapsed during race)
Without ending ping 45.19 wpm (450 ms delay sending score to TypeRacer’s server)
Timerless 45.34 wpm (335 ms elapsed before first character typed; 105.08 seconds elapsed during race)
Timerless minus one 45.22 wpm, ignoring the first character typed
Race Start January 18, 2025 11:43:54am UTC
Race Finish January 18, 2025 11:45:40am UTC
Outcome No win (3 of 4)
Opponents 2. touvski (80.86 wpm)
Accuracy 95.5%
Points 45.75
Text #430 (Length: 397 characters)

Radiation could be precisely determined, in principle, if we knew the reflectance of mozzarella and the cardboard in the long-wavelength regions of interest. The process is clearly governed by the Stefan-Boltzmann fourth power radiation law. Here, the oregano and other trace materials sitting on the surface might be of some importance if they changed the surface radiance in any appreciable way.
Characters typed R adiadiation could be preciswelsely determined , in principle, if we knew the reflectraance of mozzarella and the cardboard in the long-wavelengfth regions of interest. The process is clearly cogoverenednned byt the sSfefefeFT \STtefan-=Boletztzmann fourfth th th power radiation law. Heerre, the oregano and other trace matterials sirtttting on the surface might be of some impordtanctance if they changed the surfgace raiddiance in any appreciable waty.ty.yy.
Timing
Character R a d i -i -d -a - a d i a t i o n c o u l d b
Milliseconds 335 5 120 178 100 296 146 147 170 159 190 133 89 199 78 101 49 100 178 58 51 152 91 106 127
Character e p r e c i s w e l -l -e -w s -s e l y d e t e r
Milliseconds 48 78 157 139 75 129 101 419 7 80 153 196 147 127 134 295 112 105 125 73 144 218 219 123 76
Character m i n e d - , i n p r i n c i p l e , i f
Milliseconds 80 110 91 22 157 96 325 164 72 197 77 50 177 90 110 71 173 54 130 192 118 123 31 138 66
Character w e k n e w t h e r e f l e c t r a -a -r a
Milliseconds 131 67 82 77 82 171 70 77 104 150 51 172 100 146 75 221 267 119 170 241 27 123 392 126 108
Character n c e o f m o z z a r e l l a a n d t h e
Milliseconds 155 92 80 80 129 92 104 361 74 327 193 146 173 98 109 147 89 83 120 86 49 105 128 73 99
Character c a r d b o a r d i n t h e l o n g - w a
Milliseconds 61 260 94 127 151 196 100 59 117 172 99 151 99 69 154 73 102 79 177 148 69 103 81 417 75
Character v e l e n g f -f t h r e g i o n s o f i n t
Milliseconds 199 71 87 235 130 305 27 529 253 31 308 447 49 178 124 30 52 120 177 78 143 55 155 95 77
Character e r e s t . T h e p r o c e s s i s c l e
Milliseconds 102 127 78 165 146 112 72 245 128 73 107 106 117 151 68 78 196 124 101 152 93 80 241 79 94
Character a r l y c o -o -c g o v e r e n e d -d -e -n n -n -e n
Milliseconds 26 106 114 72 96 200 53 548 126 953 79 93 150 101 97 112 69 127 274 124 170 210 222 122 143
Character e d b y t - -t t h e s -s S f e -e -f f e -e -f
Milliseconds 93 128 73 132 78 24 76 437 552 518 219 97 95 37 142 485 280 823 95 459 147 160 50 599 149
Character f e -e -f F -F T - \ -\ -T -S S T -T t e f a n - = -= B
Milliseconds 229 146 479 171 1230 597 84 316 22750 3 0 0 169 857 427 1940 89 425 193 93 132 271 6 453 764
Character o l e t z -z -t -e t z m a n n f o u r f t h - -h
Milliseconds 249 168 348 9 285 296 148 122 304 578 268 186 128 150 70 221 79 55 67 30 252 75 75 160 127
Character -t - t h - -h -t -f t h p o w e r r a d i a t
Milliseconds 145 67 67 162 51 99 277 121 148 294 268 75 122 156 240 137 53 76 28 306 22 224 56 121 78
Character i o n l a w . H e e r -r -e r e , t h e o r
Milliseconds 106 53 25 128 154 89 124 88 94 253 120 243 50 414 333 482 51 180 68 269 73 52 80 82 75
Character e g a n o a n d o t h e r t r a c e m a t
Milliseconds 74 338 164 202 100 71 120 86 118 60 177 92 106 48 102 27 272 146 93 155 72 80 171 27 179
Character t -t e r i a l s s i r t t -t -t -r t t i n g o n
Milliseconds 79 730 252 74 228 93 80 118 81 193 247 164 5 151 297 170 376 116 377 101 99 122 77 133 74
Character t h e s u r f a c e m i g h t b e o f
Milliseconds 69 129 97 98 79 149 105 73 221 46 104 103 80 146 56 173 74 75 102 200 46 128 80 96 104
Character s o m e i m p o r d t a n c -c -n -a -t -d t a n c e
Milliseconds 354 82 77 94 57 132 98 80 99 119 29 155 70 107 100 204 124 148 147 125 111 95 132 97 77
Character i f t h e y c h a n g e d t h e s u r f
Milliseconds 102 58 148 54 126 71 75 154 77 191 99 123 126 99 172 170 100 125 100 50 81 123 106 73 242
Character g -g a c e r a i d -d -i d i a n c e i n a n y
Milliseconds 6 297 528 173 94 104 172 70 206 23 322 124 113 104 93 105 123 54 80 130 75 69 175 105 126
Character a p p r e c i a b l e w a t y . -. t y . -. y -y
Milliseconds 49 165 231 171 135 103 174 104 67 104 155 90 35 120 31 180 7 55 571 232 7 59 476 139 348
Character -y -t -y -t y .
Milliseconds 353 147 424 469 579 54
WPM Timing
Seconds WPM
2.12 28.34
4.23 68.01
6.35 56.68
8.47 63.76
10.59 73.68
12.7 72.73
14.82 72.06
16.94 75.8
19.06 79.35
21.17 75.94
23.29 76.25
25.41 78.87
27.53 78.91
29.64 75.3
31.76 72.54
33.88 69.78
35.99 65.68
38.11 62.03
40.23 58.76
42.35 55.82
44.46 53.17
46.58 50.75
48.7 48.54
50.82 46.52
52.93 44.66
55.05 42.94
57.17 41.35
59.29 39.87
61.4 38.5
63.52 37.22
65.64 36.2
67.75 36.13
69.87 35.55
71.99 35.67
74.11 35.3
76.22 36.05
78.34 37.37
80.46 38.03
82.58 39.53
84.69 39.96
86.81 39.95
88.93 41.43
91.05 42.97
93.16 43.02
95.28 44.46
97.4 44.97
99.51 45.7
101.63 46.64
103.75 45.69
105.87 45