locked in (g1_petroleum)

Race #47005

View Pit Stop page for race #47005 by g1_petroleum — Ghost race

View profile for locked in (g1_petroleum)

Official speed 163.01 wpm (22.97 seconds elapsed during race)
Without ending ping 163.52 wpm (72 ms delay sending score to TypeRacer’s server)
Timerless 163.55 wpm (4 ms elapsed before first character typed; 22.89 seconds elapsed during race)
Timerless minus one 163.03 wpm, ignoring the first character typed
Race Start June 22, 2024 10:25:45pm UTC
Race Finish June 22, 2024 10:26:08pm UTC
Outcome Win (1 of 2)
Accuracy 99.7%
Points 116.83
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 elevated temperatures. These alloys also must exhibit low creep rates along with predictrable able 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 4 75 56 226 0 62 31 44 87 62 56 25 73 52 40 43 97 27 31 53 87 40 48 88 53
Character a s j e t - e n g i n e b l a d e s a n d
Milliseconds 44 52 61 39 64 60 117 118 74 79 62 48 30 49 49 43 28 72 64 28 61 81 63 95 60
Character g a s t u r b i n e p a r t s r e q u i r e
Milliseconds 91 90 51 47 136 71 70 118 217 45 67 56 46 123 150 51 35 59 89 31 107 78 12 68 39
Character t i t a n i u m a l l o y s t h a t m a x
Milliseconds 40 100 61 87 142 106 91 49 141 45 29 112 85 144 66 46 61 73 79 26 51 40 45 47 78
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 68 87 72 28 107 92 183 87 76 22 77 77 71 61 87 115 162 93 92 52 83 48 87 57 64
Character a n d m e t a l l u r g i c a l s t a b i l
Milliseconds 52 60 72 33 67 72 76 95 77 89 149 165 198 148 79 61 31 69 43 57 69 47 34 44 39
Character i t y a t e l e v a t e d t e m p e r a t u
Milliseconds 73 85 48 50 37 56 58 81 32 72 90 94 59 41 87 49 99 42 55 64 32 84 55 69 85
Character r e s . T h e s e a l l o y s a l s o m u
Milliseconds 67 28 52 43 53 80 88 48 39 114 76 80 96 96 123 56 49 72 52 95 77 40 68 85 113
Character s t e x h i b i t l o w c r e e p r a t e
Milliseconds 27 59 64 93 107 49 58 74 52 65 65 196 93 58 72 59 131 41 106 29 55 64 56 83 28
Character s a l o n g w i t h p r e d i c t r a b l e
Milliseconds 73 32 63 57 89 60 52 37 64 56 83 49 47 32 77 39 98 65 96 119 10 20 53 27 57
Character - -e -l -b -a -r a b l e b e h a v i o r w i t h
Milliseconds 60 229 128 120 124 134 116 85 82 25 50 59 140 118 82 84 74 71 25 53 50 50 68 77 16
Character r e s p e c t t o s t r e s s r u p t u r
Milliseconds 60 73 26 33 50 71 53 130 38 92 40 26 54 72 61 39 151 106 71 91 72 22 76 85 83
Character e a n d l o w - c y c l e f a t i g u e .
Milliseconds 40 56 44 68 22 70 64 104 90 91 130 89 66 97 55 71 56 53 91 90 54 81 28 99
WPM Timing
Seconds WPM
0.46 182.86
0.92 195.93
1.38 200.28
1.84 202.46
2.3 193.31
2.76 200.28
3.22 194.06
3.67 186.13
4.13 182.86
4.59 177.64
5.05 180.49
5.51 176.33
5.97 174.83
6.43 173.53
6.89 175.9
7.35 173.07
7.81 172.11
8.27 169.8
8.73 169.11
9.19 169.8
9.65 167.94
10.11 163.87
10.57 164.69
11.02 167.63
11.48 168.23
11.94 168.8
12.4 169.32
12.86 171.67
13.32 169.35
13.78 169.8
14.24 170.22
14.7 169.8
15.16 168.61
15.62 167.5
16.08 169.43
16.54 170.53
17 170.86
17.46 168.43
17.91 164.11
18.37 160.01
18.83 159.93
19.29 160.47
19.75 162.21
20.21 163.27
20.67 162.55
21.13 162.99
21.59 163.97
22.05 162.73
22.51 163.14
22.97 163.01