♿ ghoster (rektless)

Race #85475

View Pit Stop page for race #85475 by rektless — Ghost race

View profile for ♿ ghoster (rektless)

Official speed 86.44 wpm (43.31 seconds elapsed during race)
Without ending ping 86.99 wpm (276 ms delay sending score to TypeRacer’s server)
Timerless 88.24 wpm (606 ms elapsed before first character typed; 42.43 seconds elapsed during race)
Timerless minus one 87.95 wpm, ignoring the first character typed
Race Start August 23, 2023 3:55:55pm UTC
Race Finish August 23, 2023 3:56:38pm UTC
Outcome Win (1 of 2)
Accuracy 98.2%
Points 61.95
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 titanium alloys that maximize strength efficiency and metallurgical stability at evellevated temperatures. These alloys also must exhibit low creep rates along with rpepredicattable behavoior with respect to srtress 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 606 120 422 121 55 120 105 79 80 146 54 105 200 40 280 145 144 175 120 120 104 40 200 321 136
Character a s j e t - e n g i n e b l a d e s a n d
Milliseconds 79 40 119 146 80 263 120 264 95 321 80 120 64 96 121 79 105 103 160 120 97 63 104 81 39
Character g a s t u r b i n e p a r t s r e q u i r e
Milliseconds 97 80 144 123 181 120 55 200 64 144 80 136 120 88 80 136 104 96 80 80 168 160 15 81 81
Character t i t a n i u m a l l o y s t h a t m a x
Milliseconds 207 120 80 119 81 161 215 176 201 143 160 56 144 160 160 199 129 40 57 63 56 64 96 80 240
Character i m i z e s t r e n g t h e f f i c i e n c y
Milliseconds 104 184 97 103 200 160 120 160 200 64 184 176 344 104 120 96 408 136 120 192 145 463 120 256 120
Character a n d m e t a l l u r g i c a l s t a b i l
Milliseconds 144 112 56 161 39 176 208 160 120 136 88 200 96 200 64 184 56 40 144 144 160 80 120 80 184
Character i t y a t e v e -e l -l -v l e v a t e d t e m
Milliseconds 80 96 144 97 151 120 120 81 159 64 312 280 264 160 119 82 151 105 135 120 168 40 176 64 136
Character p e r a t u r e s . T h e s e a l l o y s a
Milliseconds 208 96 240 160 104 176 80 104 120 81 183 96 144 104 120 136 64 160 64 120 176 120 145 79 120
Character l s o m u s t e x h i b i t l o w c r e e
Milliseconds 104 136 104 176 184 152 56 88 80 96 176 264 80 160 104 160 104 136 161 39 104 144 120 56 144
Character p r a t e s a l o n g w i t h r p e -r -p -e
Milliseconds 120 80 240 120 121 63 160 96 120 40 144 96 48 80 80 15 81 64 56 184 25 199 296 0 0
Character p r e d i c a t -t -a t a b l e b e h a v o -o i o
Milliseconds 224 64 56 144 56 144 224 136 264 80 104 17 159 120 104 80 160 104 137 143 144 120 480 136 120
Character r w i t h r e s p e c t t o s r -r t r e s
Milliseconds 168 96 120 41 63 56 80 104 80 152 161 167 200 120 96 64 80 104 160 160 304 56 152 57 183
Character s r u p t u r e a n d l o w - c y c l e f
Milliseconds 152 120 144 80 160 167 147 78 56 384 104 96 88 56 80 144 16 160 168 80 96 144 120 80 144
Character a t i g u e .
Milliseconds 120 160 96 104 64 120 40
WPM Timing
Seconds WPM
0.87 27.71
1.73 62.34
2.6 69.26
3.47 76.19
4.33 77.57
5.2 76.19
6.06 79.16
6.93 83.12
7.8 86.19
8.66 88.66
9.53 89.41
10.4 92.35
11.26 90.57
12.13 90.04
12.99 92.35
13.86 91.77
14.73 91.26
15.59 89.27
16.46 88.22
17.33 86.58
18.19 87.07
19.06 86.89
19.92 87.33
20.79 88.31
21.66 87.55
22.52 84.18
23.39 84.14
24.26 84.6
25.12 84.55
25.99 84.96
26.85 85.35
27.72 85.71
28.59 86.05
29.45 86.37
30.32 87.07
31.19 86.96
32.05 89.11
32.92 86.76
33.78 86.67
34.65 86.23
35.52 86.16
36.38 84.76
37.25 86.01
38.12 86.26
38.98 85.27
39.85 85.52
40.71 85.18
41.58 86
42.45 86.23
43.31 86.44