murmure (poem)

Race #85566

View Pit Stop page for race #85566 by poem — Ghost race

View profile for murmure (poem)

Official speed 118.73 wpm (68.32 seconds elapsed during race)
Without ending ping 119.55 wpm (468 ms delay sending score to TypeRacer’s server)
Timerless 120.19 wpm (360 ms elapsed before first character typed; 67.50 seconds elapsed during race)
Timerless minus one 120.01 wpm, ignoring the first character typed
Race Start June 24, 2020 12:42:04pm UTC
Race Finish June 24, 2020 12:43:12pm UTC
Outcome Win (1 of 3)
Accuracy 98.3%
Points 197.89
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 MIitochondria and chloroplasts display similiariarities with bacteria that led to the endosymbiont theory. This theory states that an early ancestor of eukaryotic cells uengulfed an oxygen-using non-photosynthetic prokaryotic cell. Eventually, the engulfed cell formed a relationship with the host cell in which it was enclosed, becoming and endosymbiont, a cell living with inin another cell. Indeed, over the course of evolution, the host cell and its endosymbiont merged into a single organism, a eurkkaryotic cell with a mictochondrion. At least one of these cells may have then taken up a photosynettehthetic proikaryote, becoming the ancestor of eurkkaryotic cells that contain chloroplasts.
Timing
Character M I -I i t o c h o n d r i a a n d c h l o r o
Milliseconds 360 22 444 160 81 74 124 86 221 60 129 133 115 69 152 94 95 53 61 92 74 134 157 92 78
Character p l a s t s d i s p l a y s i m i l i a r i -i
Milliseconds 247 167 141 34 33 120 122 97 70 91 109 141 83 97 28 64 107 141 77 115 65 81 40 107 275
Character -r -a -i a r i t i e s w i t h b a c t e r i a
Milliseconds 148 131 145 92 35 79 99 55 81 36 54 110 48 76 53 38 69 116 197 172 70 69 90 72 130
Character t h a t l e d t o t h e e n d o s y m b i
Milliseconds 64 100 33 67 40 43 69 143 61 62 77 38 66 103 50 95 79 73 76 106 52 163 42 169 84
Character o n t t h e o r y . T h i s t h e o r y s
Milliseconds 76 50 109 78 100 15 102 69 78 68 184 34 81 50 35 80 57 88 58 50 97 65 93 39 37
Character t a t e s t h a t a n e a r l y a n c e s
Milliseconds 81 124 61 58 64 63 71 97 39 126 25 497 116 32 86 46 0 101 47 32 87 165 115 172 82
Character t o r o f e u k a r y o t i c c e l l s u
Milliseconds 77 65 65 137 32 55 69 90 91 185 152 54 117 29 100 84 98 116 47 154 46 114 69 90 44
Character -u e n g u l f e d a n o x y g e n - u s i n g
Milliseconds 265 60 109 103 87 92 53 175 112 60 56 103 29 60 180 110 89 76 512 196 195 132 33 65 64
Character n o n - p h o t o s y n t h e t i c p r o k a
Milliseconds 63 69 51 104 195 143 157 59 99 63 100 86 142 90 189 122 53 74 107 101 66 94 101 504 129
Character r y o t i c c e l l . E v e n t u a l l y ,
Milliseconds 40 151 49 105 77 102 59 79 143 56 105 183 46 94 95 104 59 85 98 36 101 150 28 164 33
Character t h e e n g u l f e d c e l l f o r m e d
Milliseconds 63 71 69 50 106 44 114 108 27 62 65 156 89 92 169 33 147 34 133 84 156 79 65 130 50
Character a r e l a t i o n s h i p w i t h t h e h
Milliseconds 55 118 36 48 111 132 50 94 13 37 79 129 22 60 137 113 48 91 43 30 80 69 84 70 58
Character o s t c e l l i n w h i c h i t w a s
Milliseconds 17 44 73 58 54 123 68 159 18 128 28 13 80 63 18 90 36 41 99 83 71 82 192 84 85
Character e n c l o s e d , b e c o m i n g a n d - -d
Milliseconds 101 193 485 107 167 58 29 95 83 27 159 135 130 68 38 105 43 62 55 82 74 82 0 382 124
Character e n d o s y m b i o n t , a c e l l l i v
Milliseconds 114 117 55 83 76 73 127 67 186 120 37 32 106 75 22 76 108 366 171 60 175 25 146 12 154
Character i n g w i t h i n -n -i - i n a n o t h e r
Milliseconds 241 67 69 85 75 100 60 113 96 161 66 239 137 133 151 48 13 77 56 25 60 71 76 32 41
Character c e l l . I n d e e d , o v e r t h e c o
Milliseconds 113 124 40 125 195 33 147 116 102 166 139 102 65 38 36 54 126 39 75 68 54 69 50 192 42
Character u r s e o f e v o l u t i o n , t h e h o
Milliseconds 68 77 86 15 87 35 55 76 70 207 91 159 29 85 67 51 0 143 33 49 68 60 23 87 20
Character s t c e l l a n d i t s e n d o s y m b i
Milliseconds 96 19 49 95 135 34 149 33 53 54 62 64 38 45 89 60 103 83 82 117 154 145 77 246 107
Character o n t m e r g e d i n t o a s i n g l e
Milliseconds 20 46 64 77 73 58 47 151 78 107 74 114 48 58 82 40 59 110 88 32 64 48 86 74 41
Character o r g a n i s m , a e u r k -k -r k a r y o t i
Milliseconds 62 73 133 34 53 21 124 65 151 34 97 92 128 100 119 98 345 118 140 70 40 100 35 97 84
Character c c e l l w i t h a m i c -c t o c h o n d
Milliseconds 74 76 87 147 34 126 29 160 24 93 53 32 50 101 98 53 285 277 86 98 116 300 139 83 69
Character r i o n . A t l e a s t o n e o f t h e
Milliseconds 99 227 92 45 186 28 66 119 104 47 19 82 52 71 57 67 50 39 78 38 57 86 52 84 49
Character s e c e l l s m a y h a v e t h e n t a
Milliseconds 166 35 65 112 121 38 111 68 85 38 46 94 37 200 65 38 96 70 85 87 48 93 36 49 49
Character k e n u p a p h o t o s y n e t -t -e t e h t
Milliseconds 64 112 435 108 122 47 92 222 132 97 67 108 61 149 159 212 266 284 0 334 129 75 44 68 288
Character -t -h -e h e t i c p r o i -i k a r y o t e , b e
Milliseconds 179 134 138 462 80 92 78 98 67 100 91 78 15 396 146 83 30 123 40 83 139 117 27 199 158
Character c o m i n g t h e a n c e s t o r o f e u
Milliseconds 125 56 27 120 26 94 71 83 31 89 46 76 102 44 165 79 68 75 74 91 39 58 72 67 102
Character r k -k -r k a r y o t i c c e l l s t h a t c
Milliseconds 92 93 375 111 144 129 0 77 24 100 81 71 87 79 143 52 124 54 116 47 115 14 37 84 76
Character o n t a i n c h l o r o p l a s t s .
Milliseconds 87 52 39 85 27 54 47 133 100 106 171 112 65 74 131 102 19 46 90 194
WPM Timing
Seconds WPM
1.37 52.69
2.73 83.43
4.1 87.82
5.47 94.4
6.83 89.57
8.2 96.6
9.57 106.64
10.93 109.77
12.3 118.07
13.66 118.55
15.03 118.95
16.4 120.02
17.76 119.57
19.13 115.42
20.5 115.92
21.86 115.81
23.23 114.68
24.6 115.63
25.96 117.4
27.33 118.12
28.7 121.27
30.06 123.74
31.43 121.04
32.8 122.21
34.16 120.14
35.53 119.57
36.89 119.37
38.26 118.55
39.63 118.1
40.99 120.31
42.36 121.81
43.73 122.95
45.09 122.95
46.46 124.24
47.83 123.45
49.19 123.43
50.56 122.71
51.93 121.79
53.29 123.17
54.66 124.04
56.02 123.8
57.39 122.95
58.76 120.49
60.12 118.95
61.49 118.26
62.86 118.75
64.22 118.65
65.59 118.55
66.96 119.36
68.32 118.73