(poem)

Race #1783

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Official speed 92.55 wpm (87.65 seconds elapsed during race)
Without ending ping 92.73 wpm (167 ms delay sending score to TypeRacer’s server)
Timerless 93.15 wpm (394 ms elapsed before first character typed; 87.09 seconds elapsed during race)
Timerless minus one 93.01 wpm, ignoring the first character typed
Race Start December 29, 2018 11:22:31am UTC
Race Finish December 29, 2018 11:23:59am UTC
Outcome No win (3 of 4)
Opponents 1. jack777 (101.29 wpm)
2. marin049 (96.61 wpm)
4. sputype (82.16 wpm)
Accuracy 96.5%
Points 154.26
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 MItoitochondira ria and choloroppllasts display similiarietties with bacteria that led to the endosymbiont theory. This theory states thetat an early ancestroor fof eukaryotic cells engulfed an oxygen-using non-photosyntehhetic prokaryotic cell. Eventually, the engulfed cell formed a relationshiop wip with the host cell in which it was enclosed, becoming an endosymbiont, a cell livnig ing with inin noanother cell. Indeed, over the course of evolution, the host cell and its endosyombiont merged into a single orgnaimanism; , a eukaryotivc elcell with a mitochodndrion. At least one of these cells may have then taken up a photosynthetic prokaryote, cbecoming the ancnestor of eukaryotic cells that contain chloroppllasts.
Timing
Character M I t o -o -t -I i t o c h o n d i r a - -a -r -i r i
Milliseconds 394 113 139 138 267 117 138 160 88 89 178 178 45 164 348 158 61 71 126 256 136 124 130 99 81
Character a a n d c h o -o l o r o p p l -l -p l a s t s
Milliseconds 100 165 108 80 59 90 98 184 73 462 171 126 53 112 87 125 268 257 98 159 64 86 95 79 132
Character d i s p l a y s i m i l i -i a r i e t -t -e t i e
Milliseconds 118 114 89 121 176 90 97 42 156 97 92 89 328 76 348 69 70 111 89 308 158 155 93 120 32
Character s w i t h b a c t e r i a t h a t l e d
Milliseconds 96 119 54 108 111 64 40 98 100 170 166 83 58 98 197 148 52 79 77 20 98 55 50 135 81
Character t o t h e e n d o s y m b i o n t t h e o r
Milliseconds 87 26 65 57 48 52 88 94 123 108 110 275 158 93 340 94 475 101 105 86 69 55 83 57 103
Character y . T h i s t h e o r y s t a t e s t h e
Milliseconds 46 207 73 22 105 35 22 127 50 68 88 69 46 136 41 76 104 75 98 67 76 124 27 101 41
Character t -t -e a t a n e a r l y a n c e s t r o -o -r
Milliseconds 79 265 95 57 38 62 131 78 268 109 53 75 116 69 39 106 97 97 145 81 103 126 59 292 99
Character o r f -f o f e u k a r y o t i c c e l l s
Milliseconds 143 108 80 142 309 147 54 91 140 48 260 431 72 142 101 251 136 90 93 97 141 91 118 64 53
Character e n g u l f e d a n o x y g e n - u s i n g
Milliseconds 122 101 87 79 104 170 484 140 77 101 85 66 134 121 120 125 103 100 158 175 113 110 60 49 112
Character n o n - p h o t o s y n t e h -h -e h e t i c p r
Milliseconds 90 34 153 491 250 108 125 144 78 113 137 135 116 49 59 362 129 170 101 58 129 68 143 152 117
Character o k a r y o t i c c e l l . E v e n t u a l l
Milliseconds 68 173 156 106 148 121 130 78 123 152 82 158 100 114 187 51 126 139 70 118 85 90 61 116 145
Character y , t h e e n g u l f e d c e l l f o r m
Milliseconds 46 169 41 66 82 74 91 83 69 113 104 107 94 81 111 66 96 157 94 132 69 59 83 86 84
Character e d a r e l a t i o n s h i o p w i -i -w - -p
Milliseconds 107 122 9 172 94 128 51 94 159 69 92 57 12 157 90 68 16 9 138 114 42 247 125 118 150
Character -o p w i t h t h e h o s t c e l l i n
Milliseconds 140 177 33 129 69 131 31 41 94 20 90 60 95 44 113 83 82 120 140 109 130 47 132 41 66
Character w h i c h i t w a s e n c l o s e d , b e
Milliseconds 70 78 31 66 90 36 107 90 86 76 137 108 48 138 131 71 101 132 60 42 87 95 38 142 128
Character c o m i n g a n e n d o s y m b i o n t , a
Milliseconds 156 145 12 284 61 106 132 89 95 34 113 177 299 164 274 134 258 518 133 80 147 91 208 41 71
Character c e l l l i v n i g - -g -i -n i n g w i t h
Milliseconds 92 69 153 85 141 46 134 40 92 72 11 82 114 259 139 128 123 181 26 83 91 53 81 96 60
Character i n -n -i - i n n o -o -n a n o t h e r c e l l
Milliseconds 45 121 74 335 134 140 168 36 89 133 85 367 93 50 116 45 79 72 49 47 70 71 114 86 119
Character . I n d e e d , o v e r t h e c o u r s e
Milliseconds 219 63 220 197 129 158 133 144 93 38 104 99 125 55 98 58 93 50 95 65 80 50 15 103 56
Character o f e v o l u t i o n , t h e h o s t c
Milliseconds 103 46 56 87 76 153 134 170 77 105 54 48 49 151 42 60 67 81 75 96 49 135 191 130 203
Character e l l a n d i t s e n d o s y o -o m b i o n
Milliseconds 153 90 148 42 66 89 67 69 86 55 119 85 101 97 61 138 258 137 220 438 171 259 134 59 101
Character t m e r g e d i n t o a s i n g l e o r
Milliseconds 70 129 44 67 47 120 118 110 45 118 44 62 97 51 47 86 60 100 34 56 92 32 136 90 7
Character g n a i m -m -i -a -n a n i s m ; - -; , a e u k
Milliseconds 161 117 25 12 198 243 136 134 122 423 113 39 110 73 241 49 317 105 145 32 92 62 218 140 171
Character a r y o t i v -v c e l -l -e c e l l w i t h a
Milliseconds 279 55 119 69 275 90 90 342 109 117 85 113 264 93 15 117 65 146 51 112 68 111 42 42 54
Character m i t o c h o d -d n d r i o n . A t l e a s
Milliseconds 87 85 126 190 252 169 123 64 146 479 148 38 89 101 41 92 159 49 106 120 76 61 61 79 112
Character t o n e o f t h e s e c e l l s m a y
Milliseconds 61 77 67 31 44 136 124 55 80 42 72 51 132 48 81 81 118 100 126 65 111 49 91 103 55
Character h a v e t h e n t a k e n u p a p h o t
Milliseconds 164 95 72 68 89 90 49 71 82 41 59 40 81 93 94 140 139 37 103 67 116 113 147 282 173
Character o s y n t h e t i c p r o k a r y o t e , c -c
Milliseconds 76 295 108 139 113 428 262 95 241 49 164 143 109 76 182 233 53 101 99 119 81 126 43 55 531
Character b e c o m i n g t h e a n c n -n e s t o r o
Milliseconds 83 124 138 87 22 151 38 118 95 57 86 77 55 109 114 77 193 290 61 124 102 123 31 211 67
Character f e u k a r y o t i c c e l l s t h a t c
Milliseconds 87 116 73 122 147 237 89 120 98 311 97 68 114 43 153 82 132 120 129 85 80 28 49 69 95
Character o n t a i n c h l o r o p p l -l -p l a s t s .
Milliseconds 48 48 74 47 75 33 143 197 102 180 153 104 73 97 104 226 249 107 155 92 13 113 135 217
WPM Timing
Seconds WPM
1.75 27.38
3.51 30.8
5.26 43.35
7.01 49.63
8.76 58.87
10.52 57.05
12.27 65.52
14.02 74.44
15.78 76.06
17.53 83.51
19.28 84.63
21.04 82.14
22.79 81.09
24.54 83.12
26.29 83.51
28.05 83.43
29.8 82.55
31.55 83.29
33.31 85.03
35.06 86.94
36.81 88.99
38.57 87.12
40.32 89.88
42.07 91.84
43.82 92.28
45.58 90.57
47.33 91.02
49.08 89.72
50.84 88.52
52.59 88.76
54.34 90.98
56.1 91.99
57.85 92.93
59.6 91.61
61.35 93.49
63.11 91.65
64.86 91.03
66.61 90.25
68.37 90.57
70.12 90.02
71.87 91.49
73.63 92.58
75.38 92.97
77.13 92.26
78.88 92.49
80.64 92.56
82.39 92.49
84.14 92.41
85.9 93.18
87.65 92.55