(charlieog)

Race #106760

View Pit Stop page for race #106760 by charlieog — Ghost race

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Official speed 125.46 wpm (64.66 seconds elapsed during race)
Without ending ping 126.01 wpm (284 ms delay sending score to TypeRacer’s server)
Timerless 127.05 wpm (524 ms elapsed before first character typed; 63.85 seconds elapsed during race)
Timerless minus one 126.86 wpm, ignoring the first character typed
Race Start November 11, 2020 11:01:05pm UTC
Race Finish November 11, 2020 11:02:10pm UTC
Outcome Win (1 of 2)
Accuracy 98.6%
Points 209.11
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. This etheory states that an early ancestor of eukaryotic cells engulfed an oxygen-using noon-n-photosynthetic prokaryotic cell. Eventually, the engulfed cell formed a relationship with the host cell in twhich it was enclosed, becoming an endosymbiont, a cell living within another cell. Indeed, over the course of evolution, the host cell and it ses edondosymbiont merged into a signleingle organism, a eukaryotic cell with a mitochondrion. At least one of these cells may have then taken up ap photosynthetic prokaryote, becoming the ancestor of aueukaryotic cells that contain chloroplasts.
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 524 157 78 76 88 45 109 65 59 144 50 89 147 92 40 66 84 57 59 48 151 89 39 90 133
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 85 23 37 104 23 190 89 109 67 166 71 101 34 48 86 103 139 16 101 28 63 81 105 29 75
Character w i t h b a c t e r i a t h a t l e d t
Milliseconds 178 102 60 99 58 31 131 59 99 194 118 53 201 0 427 126 67 69 58 54 51 34 108 97 31
Character o t h e e n d o s y m b i o n t t h e o r y
Milliseconds 87 29 79 47 56 53 59 59 96 99 74 109 193 158 109 42 36 92 32 100 38 72 43 215 59
Character . T h i s e -e t h e o r y s t a t e s t h
Milliseconds 155 41 170 52 40 95 48 39 349 75 74 44 76 74 71 54 30 44 101 29 83 78 187 80 104
Character a t a n e a r l y a n c e s t o r o f e
Milliseconds 0 69 129 185 79 24 96 36 31 33 68 23 44 122 70 133 40 87 80 74 61 31 99 70 188
Character u k a r y o t i c c e l l s e n g u l f e d
Milliseconds 95 150 82 59 101 182 77 102 104 63 97 61 69 100 67 90 113 119 74 127 29 69 41 98 29
Character a n o x y g e n - u s i n g n o o n - -- -n -o n
Milliseconds 83 56 50 128 116 164 101 51 84 152 249 108 74 67 85 65 115 72 48 63 192 242 110 111 183
Character - p h o t o s y n t h e t i c p r o k a r y o t
Milliseconds 155 218 74 133 67 70 133 38 346 120 98 38 102 193 140 121 139 154 71 252 253 54 98 150 99
Character i c c e l l . E v e n t u a l l y , t h e
Milliseconds 99 114 40 118 80 33 83 144 49 260 303 54 75 87 98 50 96 139 23 210 29 72 55 58 43
Character e n g u l f e d c e l l f o r m e d a r e
Milliseconds 78 46 125 94 44 87 34 103 79 103 64 21 106 39 47 92 84 112 72 237 60 93 51 85 36
Character l a t i o n s h i p w i t h t h e h o s t
Milliseconds 61 55 73 82 27 38 66 123 100 217 90 113 58 108 87 0 33 61 38 46 47 57 42 48 65
Character c e l l i n t -t w h i c h i t w a s e n
Milliseconds 130 33 0 133 59 102 75 39 170 228 88 65 56 74 68 42 62 73 38 70 41 125 68 123 141
Character c l o s e d , b e c o m i n g a n e n d o s
Milliseconds 135 80 122 47 40 116 23 39 91 68 107 43 105 201 44 121 93 110 56 64 83 96 210 82 176
Character y m b i o n t , a c e l l l i v i n g w i
Milliseconds 47 228 158 45 37 36 67 83 81 43 108 85 59 40 115 53 85 149 86 97 34 48 124 23 119
Character t h i n a n o t h e r c e l l . I n d e e d
Milliseconds 86 56 85 92 41 25 78 90 35 49 49 30 35 138 62 42 136 126 65 151 124 49 142 152 214
Character , o v e r t h e c o u r s e o f e v o l
Milliseconds 108 53 62 37 150 33 42 85 38 28 68 82 84 33 46 90 33 99 48 29 107 64 129 105 128
Character u t i o n , t h e h o s t c e l l a n d
Milliseconds 49 74 98 29 59 149 0 134 29 34 41 75 41 41 35 35 126 42 26 107 60 30 74 62 58
Character i t s e -e -s - s e d o -o -d n d o s y m b i o n
Milliseconds 58 103 48 0 108 367 98 119 50 89 74 153 100 271 126 219 93 51 70 100 187 93 110 28 34
Character t m e r g e d i n t o a s i g n l e -i -g -n
Milliseconds 36 64 50 98 26 145 32 106 43 42 91 62 82 73 31 107 47 118 42 22 101 0 775 0 0
Character -l -e i n g l e o r g a n i s m , a e u k a r
Milliseconds 0 0 97 33 46 81 73 63 41 77 173 44 83 90 69 145 150 64 89 119 118 104 248 118 150
Character y o t i c c e l l w i t h a m i t o c h o
Milliseconds 247 138 73 96 143 92 103 49 42 72 102 99 69 111 29 66 44 58 143 118 79 97 101 121 307
Character n d r i o n . A t l e a s t o n e o f t
Milliseconds 57 71 160 43 44 31 191 45 100 186 49 64 59 33 65 47 49 81 47 61 43 46 67 38 125
Character h e s e c e l l s m a y h a v e t h e n
Milliseconds 60 50 81 64 87 197 85 42 123 135 45 41 129 88 119 313 43 79 35 44 124 43 49 120 33
Character t a k e n u p a p - -p p h o t o s y n t h
Milliseconds 63 67 95 95 77 42 152 19 42 106 58 29 463 77 64 125 132 95 97 65 97 106 162 165 62
Character e t i c p r o k a r y o t e , b e c o m i n g
Milliseconds 58 70 213 105 74 105 177 93 81 250 81 180 90 93 110 340 46 89 67 91 72 75 141 45 68
Character t h e a n c e s t o r o f a u -u -a e u k a
Milliseconds 58 88 36 99 36 97 136 99 126 54 84 133 254 99 87 34 62 159 65 188 83 115 40 143 134
Character r y o t i c c e l l s t h a t c o n t a i n
Milliseconds 51 132 132 47 106 93 122 113 38 64 106 75 104 43 42 44 32 48 140 58 47 98 41 32 43
Character c h l o r o p l a s t s .
Milliseconds 70 176 47 89 190 81 63 73 151 90 30 28 89 95
WPM Timing
Seconds WPM
1.29 83.52
2.59 115.99
3.88 123.73
5.17 129.91
6.47 120.63
7.76 131.46
9.05 131.24
10.35 127.59
11.64 129.91
12.93 135.48
14.22 133.29
15.52 135.33
16.81 132.77
18.1 126.6
19.4 124.35
20.69 122.37
21.98 121.73
23.28 120.63
24.57 122.59
25.86 123.88
27.16 125.05
28.45 126.54
29.74 127.09
31.04 127.59
32.33 126.94
33.62 127.77
34.92 129.91
36.21 128.92
37.5 131.19
38.79 132.08
40.09 132.31
41.38 129.04
42.67 129.35
43.97 128.82
45.26 127.79
46.55 127.08
47.85 126.65
49.14 126.74
50.43 126.58
51.73 127.83
53.02 127.88
54.31 128.15
55.61 126.89
56.9 126.33
58.19 125.58
59.49 125.88
60.78 124.98
62.07 124.69
63.36 125.75
64.66 125.46