Dean (mtgapless)

Race #2880

View Pit Stop page for race #2880 by mtgapless — Ghost race

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Official speed 60.83 wpm (133.36 seconds elapsed during race)
Without ending ping 60.96 wpm (291 ms delay sending score to TypeRacer’s server)
Timerless 60.98 wpm (46 ms elapsed before first character typed; 133.02 seconds elapsed during race)
Timerless minus one 60.89 wpm, ignoring the first character typed
Race Start November 13, 2023 10:42:23am UTC
Race Finish November 13, 2023 10:44:36am UTC
Outcome Win (1 of 2)
Accuracy 96.4%
Points 101.39
Text #3550368 (Length: 676 characters)

Mitochondria and chloroplasts display similarities with bacteria that led to the endosymbiont theory. This theory states that an early ancestor of eukaryotic cells engulfed an oxygen-using non-photosynthetic prokaryotic cell. Eventually, the engulfed cell formed a relationship with the host cell in which it was enclosed, becoming an endosymbiont, a cell living within another cell. Indeed, over the course of evolution, the host cell and its endosymbiont merged into a single organism, a eukaryotic cell with a mitochondrion. At least one of these cells may have then taken up a photosynthetic prokaryote, becoming the ancestor of eukaryotic cells that contain chloroplasts.
Characters typed Mitochondria and chloroplasts display similarities with bacteria that led to the endosymbiont theory. THihis theory tstastes that an early ancestor of eukaryotic cells enguflfed an eoxiygen-using non-photosynthesitic rprokaryotic cell. Eventually, the engulfed cell formed a relationship with the host lcell in which it was enclosed, becoming an endosymbiont, a lecell living within another accell. Inddeeed, over the course of oevolution, the host cell and istits endosymbiont merged into a single organirmssm, an eukaryotic cell with a tmitochondrion,. At least one foof these cells amay have then teakein up a photosynthetic prokaryote, beconming the ancestor of uneukaryotic cells that contaionn choloroplasts.
Timing
Character M i t o c h o n d r i a a n d c h l o r o p l
Milliseconds 46 105 163 91 434 107 105 342 121 213 597 136 209 346 75 225 209 647 614 586 73 273 42 392 209
Character a s t s d i s p l a y s i m i l a r i t i e s
Milliseconds 76 224 60 196 328 226 59 136 299 316 60 164 150 196 75 150 75 284 60 300 62 387 46 286 119
Character w i t h b a c t e r i a t h a t l e d t
Milliseconds 135 181 88 121 91 119 225 75 181 226 105 343 315 165 181 360 120 121 43 182 193 150 151 75 149
Character o t h e e n d o s y m b i o n t t h e o r y
Milliseconds 122 75 74 105 59 61 195 105 135 120 254 75 271 869 120 330 151 149 105 136 60 90 510 133 105
Character . T H i -i -H h i s t h e o r y t -t s t a s -s
Milliseconds 242 105 195 74 143 292 135 165 105 107 73 300 16 105 224 285 92 119 135 362 222 62 58 121 375
Character t e s t h a t a n e a r l y a n c e s t o
Milliseconds 195 90 359 106 300 75 59 91 449 106 75 269 180 75 165 225 91 119 166 59 255 91 224 76 313
Character r o f e u k a r y o t i c c e l l s e n g
Milliseconds 121 496 150 104 92 314 195 450 89 254 93 223 242 104 180 164 240 121 150 135 149 91 269 661 105
Character u f -f l f e d a n e -e o x i -i y g e n - u s i
Milliseconds 359 407 374 165 75 255 121 105 178 121 118 437 330 150 91 223 359 76 285 90 166 629 405 420 76
Character n g n o n - p h o t o s y n t h e s i -i -s t i c
Milliseconds 134 120 91 284 46 164 404 482 298 91 210 61 284 91 284 255 30 120 301 166 225 118 196 75 104
Character r -r p r o k a r y o t i c c e l l . E v e n
Milliseconds 166 389 346 76 149 105 210 89 527 90 223 211 135 166 150 118 137 104 105 90 104 150 137 43 496
Character t u a l l y , t h e e n g u l f e d c e l l
Milliseconds 168 371 241 150 105 270 134 121 179 90 30 106 209 91 330 120 389 197 223 135 105 241 89 107 118
Character f o r m e d a r e l a t i o n s h i p w i
Milliseconds 90 105 91 59 180 106 314 75 181 90 120 134 271 75 314 195 121 105 271 104 135 315 194 136 104
Character t h t h e h o s t l -l c e l l i n w h i
Milliseconds 121 120 74 136 104 121 75 329 92 118 75 90 452 299 164 105 90 121 77 132 60 124 117 120 60
Character c h i t w a s e n c l o s e d , b e c o m
Milliseconds 284 74 107 239 121 75 270 119 288 119 283 76 285 360 105 209 105 166 166 403 181 134 121 104 121
Character i n g a n e n d o s y m b i o n t , a l e
Milliseconds 179 122 104 105 134 212 163 225 91 195 569 104 121 225 375 91 330 105 270 120 194 135 165 166 134
Character -e -l c e l l l i v i n g w i t h i n a n o t
Milliseconds 452 119 481 118 91 120 150 105 90 135 104 360 152 105 209 120 509 91 106 133 210 165 91 181 119
Character h e r a c -c -a c e l l . I n d d e -e -d e e d ,
Milliseconds 60 74 106 120 149 121 255 134 180 120 121 120 98 111 210 210 180 151 135 390 134 226 150 44 316
Character o v e r t h e c o u r s e o f o -o e v o
Milliseconds 104 106 118 107 314 105 106 74 45 151 150 104 45 60 195 360 151 299 209 153 268 450 150 480 120
Character l u t i o n , t h e h o s t c e l l a n d
Milliseconds 181 390 179 134 122 119 151 88 107 75 59 105 104 137 180 75 88 407 135 285 122 101 121 106 90
Character i s t -t -s -i i t s e n d o s y m b i o n t m
Milliseconds 75 118 121 91 268 107 300 223 90 76 106 314 46 209 136 255 89 150 434 91 314 90 212 103 287
Character e r g e d i n t o a s i n g l e o r g a n
Milliseconds 58 436 195 61 208 76 197 74 164 91 90 105 134 209 120 330 180 437 134 152 343 119 450 45 347
Character i r m -m s -s -r s m , a n - -n e u k a r y o t
Milliseconds 238 241 166 315 315 238 106 254 91 149 135 75 62 120 313 121 210 1141 135 313 75 257 74 255 239
Character i c c e l l w i t h a t -t m i t o c h o n
Milliseconds 181 149 151 104 107 120 105 88 181 61 135 104 106 164 107 193 345 164 61 180 89 300 330 136 300
Character d r i o n , -, . A t l e a s t o n e f o -o
Milliseconds 256 180 105 165 88 166 389 166 75 209 212 59 209 62 74 61 73 301 121 84 154 137 118 92 239
Character -f o f t h e s e c e l l s a -a m a y h a v
Milliseconds 89 135 107 118 150 91 59 300 75 91 120 150 164 152 135 118 122 328 151 59 45 91 105 91 88
Character e t h e n t e -e a k e i -i n u p a p h o
Milliseconds 137 329 419 106 44 180 136 150 150 255 91 164 74 226 269 44 107 255 75 120 181 119 303 252 59
Character t o s y n t h e t i c p r o k a r y o t e , b
Milliseconds 210 106 239 75 242 254 60 104 420 105 91 314 242 104 104 271 105 209 91 316 313 105 511 89 121
Character e c o n -n m i n g t h e a n c e s t o r o f
Milliseconds 89 195 165 526 269 149 63 58 135 106 134 60 62 104 224 106 254 91 226 74 150 119 181 209 105
Character u n -n -u e u k a r y o t i c c e l l s t h a
Milliseconds 92 374 104 285 121 152 102 346 75 300 91 103 286 389 150 120 105 91 120 106 163 91 209 76 44
Character t c o n t a i o n -n -o n c h o -o l o r o p l a
Milliseconds 91 119 225 61 480 119 91 104 150 91 314 91 209 75 212 329 75 405 195 43 212 90 315 630 75
Character s t s .
Milliseconds 136 89 180 150
WPM Timing
Seconds WPM
2.67 53.99
5.33 42.74
8 50.99
10.67 55.12
13.34 58.49
16 63.74
18.67 62.35
21.34 61.86
24 59.99
26.67 61.64
29.34 60.94
32.01 61.86
34.67 59.87
37.34 58.49
40.01 57.89
42.67 57.37
45.34 56.37
48.01 57.49
50.68 58.25
53.34 59.17
56.01 59.78
58.68 60.33
61.34 61.23
64.01 61.49
66.68 61.55
69.34 60.74
72.01 60.82
74.68 61.22
77.35 60.97
80.01 61.64
82.68 60.96
85.35 61.86
88.01 61.49
90.68 61.53
93.35 61.7
96.02 60.49
98.68 59.83
101.35 60.38
104.02 60.11
106.68 60.4
109.35 60.69
112.02 60.95
114.69 60.9
117.35 60.94
120.02 60.99
122.69 61.13
125.35 60.98
128.02 61.4
130.69 61.06
133.36 60.83