(paceyq)

Race #50175

View Pit Stop page for race #50175 by paceyq — Ghost race

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Official speed 125.93 wpm (29.73 seconds elapsed during race)
Without ending ping 126.31 wpm (89 ms delay sending score to TypeRacer’s server)
Timerless 126.33 wpm (5 ms elapsed before first character typed; 29.64 seconds elapsed during race)
Timerless minus one 125.92 wpm, ignoring the first character typed
Race Start April 19, 2024 10:21:52pm UTC
Race Finish April 19, 2024 10:22:21pm UTC
Outcome Win (1 of 2)
Accuracy 98.5%
Points 90.25
Text #3622208 (Length: 312 characters)

Rotating components such as jet-engine blades and gas turbine parts require titanium alloys that maximize strength efficiency and metallurgical stability at elevated temperatures. These alloys also must exhibit low creep rates along with predictable behavior with respect to stress rupture and low-cycle fatigue.
Characters typed Rotating components such as jet-engine blades and gas turbine parts require tiotatanium alloys that maximize strength efficiency and metallurigical stability at elevated tempraeratures. These alloys alos mso must exhibit low creep rates along with predictable behavior with respect to stress rupture and low-cycle fatigue.
Timing
Character R o t a t i n g c o m p o n e n t s s u c h
Milliseconds 5 127 104 71 73 50 102 38 80 58 49 117 164 141 145 55 96 95 48 137 46 96 42 70 96
Character a s j e t - e n g i n e b l a d e s a n d
Milliseconds 18 127 231 130 81 55 54 113 89 79 56 111 24 66 41 47 114 86 56 70 116 29 55 74 64
Character g a s t u r b i n e p a r t s r e q u i r e
Milliseconds 88 78 76 95 55 112 71 142 25 104 50 72 48 39 76 141 36 284 95 31 57 89 98 22 39
Character t i o t a -a -t -o t a n i u m a l l o y s t h
Milliseconds 87 96 113 9 70 57 169 135 127 25 57 118 339 193 118 80 16 97 116 154 55 41 81 57 63
Character a t m a x i m i z e s t r e n g t h e f f i
Milliseconds 46 87 51 40 96 75 38 201 120 60 75 79 88 79 137 30 104 58 200 104 89 45 88 139 86
Character c i e n c y a n d m e t a l l u r i -i g i c a
Milliseconds 128 43 79 96 80 191 49 31 54 74 64 87 99 37 64 58 121 196 113 145 264 54 74 126 30
Character l s t a b i l i t y a t e l e v a t e d t
Milliseconds 66 96 65 118 36 119 50 125 114 32 49 85 49 88 96 54 71 121 112 88 129 41 102 65 80
Character e m p r a -a -r e r a t u r e s . T h e s e a l
Milliseconds 41 72 112 55 113 230 136 50 30 50 88 113 70 41 30 96 74 113 134 48 97 118 208 49 118
Character l o y s a l o s m -m - -s -o s o m u s t e x
Milliseconds 113 128 41 14 105 41 51 141 33 117 42 216 134 130 120 63 58 96 104 118 33 57 80 71 142
Character h i b i t l o w c r e e p r a t e s a l o
Milliseconds 75 126 154 87 142 91 90 123 42 104 55 178 22 121 63 104 42 71 145 55 57 88 41 46 122
Character n g w i t h p r e d i c t a b l e b e h a v
Milliseconds 108 43 78 9 83 30 120 72 79 49 57 134 266 86 183 162 135 70 82 73 175 96 241 104 72
Character i o r w i t h r e s p e c t t o s t r e s
Milliseconds 112 150 80 74 25 55 87 46 67 71 33 30 49 104 89 175 66 55 29 112 42 79 146 39 33
Character s r u p t u r e a n d l o w - c y c l e f
Milliseconds 141 96 59 128 143 87 104 75 16 98 35 56 66 64 57 126 95 97 120 175 154 47 105 61 162
Character a t i g u e .
Milliseconds 56 137 87 297 96 87 72
WPM Timing
Seconds WPM
0.59 161.45
1.19 141.27
1.78 134.54
2.38 136.22
2.97 133.2
3.57 141.27
4.16 144.15
4.76 143.79
5.35 145.75
5.95 143.29
6.54 143.1
7.14 134.54
7.73 128.85
8.32 128.29
8.92 133.2
9.51 132.44
10.11 132.96
10.7 131.18
11.3 131.71
11.89 133.2
12.49 132.62
13.08 128.43
13.68 129.86
14.27 131.18
14.87 130.77
15.46 131.95
16.05 128.56
16.65 129.74
17.24 128.74
17.84 129.16
18.43 126.95
19.03 123.61
19.62 124.76
20.22 124.05
20.81 123.97
21.41 124.45
22 125.45
22.6 126.4
23.19 125.74
23.78 125.12
24.38 124.04
24.97 123.97
25.57 125.78
26.16 126.59
26.76 126.92
27.35 126.79
27.95 127.53
28.54 126.97
29.14 126.85
29.73 125.93