zetria (primalknight)

Race #26061

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View profile for zetria (primalknight)

Official speed 135.41 wpm (59.91 seconds elapsed during race)
Without ending ping 135.94 wpm (234 ms delay sending score to TypeRacer’s server)
Timerless 136.25 wpm (136 ms elapsed before first character typed; 59.54 seconds elapsed during race)
Timerless minus one 136.05 wpm, ignoring the first character typed
Race Start March 4, 2024 4:20:11am UTC
Race Finish March 4, 2024 4:21:11am UTC
Outcome No win (2 of 2)
Accuracy 97.1%
Points 225.68
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 Mitochonrddria and chloroplasts display similarities with bacteria that led to the endobsymboiiont theory. This theorys tat states that an early ancestor of eukaryotic cells enguldedfed an oxygen-syuusing non-photosyntehtihetic prokaryotic cell. Eventually, the engulde fed cell forwmed a relatinonship 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 oergrganism, a eukaryotic cell with a mitochondrion. At least one of these cells may have thaneen take upn up a phoottosynthetic prokaryote, becoming the ancesot tor of eukaryotic cells that contain chloroplasts.
Timing
Character M i t o c h o n r d -d -r d r i a a n d c h l o
Milliseconds 136 118 97 70 72 73 118 71 190 96 238 95 76 19 72 95 97 46 72 48 71 120 72 142 167
Character r o p l a s t s d i s p l a y s i m i l a r i
Milliseconds 143 23 167 118 73 46 49 120 71 72 70 120 95 119 72 47 72 48 47 71 95 49 96 47 48
Character t i e s w i t h b a c t e r i a t h a t l
Milliseconds 70 96 48 23 121 117 49 47 72 96 24 49 94 143 95 48 72 72 94 48 24 47 48 24 48
Character e d t o t h e e n d o b -b s y m b o i -i -o i
Milliseconds 96 22 49 71 25 94 23 24 73 47 119 71 144 49 118 285 119 74 116 74 72 165 214 119 145
Character o n t t h e o r y . T h i s t h e o r y s
Milliseconds 22 23 119 74 46 48 71 72 72 70 73 71 48 73 46 23 74 71 48 72 70 72 72 96 0
Character t a t -t -a -t - -s s t a t e s t h a t a n e
Milliseconds 95 96 70 216 94 143 119 119 71 48 95 72 71 71 23 49 48 23 48 48 71 49 48 71 71
Character a r l y a n c e s t o r o f e u k a r y o t
Milliseconds 71 23 51 46 48 47 70 73 48 73 70 72 73 46 72 47 48 96 95 119 119 48 238 142 120
Character i c c e l l s e n g u l d e d -d -e -d f e d a
Milliseconds 47 96 46 119 49 48 94 49 48 71 47 120 71 24 48 72 95 214 119 95 48 95 71 24 49
Character n o x y g e n - s y u -u -y -s u s i n g n o n -
Milliseconds 71 48 118 73 72 72 46 46 96 144 48 0 263 118 119 143 71 49 45 75 47 48 73 68 144
Character p h o t o s y n t e h t i -i -t -h -e h e t i c p r
Milliseconds 191 96 47 119 23 120 46 96 73 71 0 142 96 143 119 119 119 118 73 47 47 97 47 72 95
Character o k a r y o t i c c e l l . E v e n t u a l l
Milliseconds 23 120 166 72 96 189 168 47 120 71 94 24 49 95 143 72 70 120 47 24 118 49 96 46 144
Character y , t h e e n g u l d e - -e -d f e d c e l
Milliseconds 23 121 71 47 24 48 72 95 96 119 71 23 72 73 94 191 95 118 73 95 46 49 118 73 46
Character l f o r w -w m e d a r e l a t i n -n o n s h
Milliseconds 73 71 72 71 48 143 287 141 74 70 47 72 95 47 50 45 95 49 49 48 381 166 23 95 73
Character i p w i t h t h e h o s t c e l l i n
Milliseconds 72 0 94 23 73 71 47 97 23 48 47 72 120 47 48 47 48 71 48 23 120 23 97 47 73
Character w h i c h i t w a s e n c l o s e d , b e
Milliseconds 45 51 46 49 45 95 74 70 47 24 25 119 47 73 70 71 95 120 24 46 25 71 73 95 24
Character c o m i n g a n e n d o s y m b i o n t , a
Milliseconds 96 71 24 118 49 47 48 72 47 73 96 71 118 95 119 119 119 120 119 48 144 119 48 70 72
Character c e l l l i v i n g w i t h i n a n o t h
Milliseconds 94 73 48 0 143 72 70 48 71 73 22 48 49 47 72 47 48 96 70 72 25 71 46 49 72
Character e r c e l l . I n d e e d , o v e r t h e
Milliseconds 47 49 47 95 72 25 118 118 73 96 119 47 120 167 71 95 96 72 119 118 49 47 72 24 47
Character c o u r s e o f e v o l u t i o n , t h e
Milliseconds 49 117 49 24 71 71 24 96 49 47 95 48 118 49 143 47 96 73 0 21 120 48 46 24 74
Character h o s t c e l l a n d i t s e n d o s y
Milliseconds 47 47 24 48 48 46 119 24 72 95 49 23 49 70 73 71 25 71 96 118 48 143 166 168 119
Character m b i o n t m e r g e d i n t o a s i n g
Milliseconds 119 71 119 48 72 142 48 49 72 70 120 94 48 49 47 24 72 46 72 48 97 71 48 22 72
Character l e o e r g -g -r -e r g a n i s m , a e u k a
Milliseconds 47 74 70 215 119 23 96 215 95 118 75 20 72 24 48 144 0 95 71 24 96 142 95 120 96
Character r y o t i c c e l l w i t h a m i t o c h
Milliseconds 70 73 47 119 48 96 71 71 49 47 94 48 48 48 71 48 72 46 97 72 71 95 96 119 95
Character o n d r i o n . A t l e a s t o n e o f
Milliseconds 119 71 119 143 72 96 47 119 73 70 95 72 71 48 95 72 48 23 26 21 72 48 48 48 72
Character t h e s e c e l l s m a y h a v e t h a n
Milliseconds 73 0 46 48 95 71 119 24 24 119 48 71 48 119 72 96 95 47 48 47 71 49 46 49 95
Character e -e -n -a e n t a k e u p -p -u - n u p a p
Milliseconds 72 214 119 119 96 47 72 23 48 48 71 48 48 72 262 120 143 166 71 96 47 72 71 95 48
Character h o o t -t -o t o s y n t h e t i c p r o k a r y
Milliseconds 70 73 118 49 286 119 95 71 94 73 95 95 72 96 70 72 118 97 72 190 262 309 119 47 72
Character o t e , b e c o m i n g t h e a n c e s o t
Milliseconds 71 261 120 71 73 47 48 95 73 0 118 46 75 70 95 23 73 47 96 47 71 72 47 73 95
Character - -t -o t o r o f e u k a r y o t i c c e l
Milliseconds 95 191 119 118 73 95 48 47 95 72 23 145 197 136 118 70 121 95 143 73 47 96 46 47 50
Character l s t h a t c o n t a i n c h l o r o p l a
Milliseconds 93 48 49 46 24 50 46 24 119 49 46 96 47 24 26 70 96 72 310 141 96 48 143 118 73
Character s t s .
Milliseconds 71 72 118 95
WPM Timing
Seconds WPM
1.2 80.12
2.4 100.16
3.59 110.17
4.79 125.19
5.99 134.21
7.19 141.89
8.39 127.34
9.59 133.96
10.78 125.75
11.98 130.2
13.18 135.67
14.38 134.38
15.58 130.97
16.77 130.92
17.97 128.87
19.17 126.45
20.37 124.9
21.57 124.64
22.76 127.04
23.96 124.19
25.16 123.53
26.36 123.37
27.56 125.85
28.76 129.37
29.95 131.4
31.15 131.74
32.35 132.43
33.55 135.21
34.75 135.04
35.94 136.55
37.14 138.6
38.34 139.59
39.54 139
40.74 140.51
41.93 138.5
43.13 138.83
44.33 139.68
45.53 139.43
46.73 141.24
47.93 141.97
49.12 140.22
50.32 138.79
51.52 137.42
52.72 136.35
53.92 135.99
55.11 136.3
56.31 135.1
57.51 135.42
58.71 136.13
59.91 135.41