A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | AA | AB | |
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1 | Totals ==> | 44 | 19 | 14 | 10 | 4 | 4 | 23 | 8 | 5 | 0 | 0 | 2 | 3 | 0 | 3 | ||||||||||||
2 | Ok | ? | BP | BSI | BSQ | IF | IG | IP | OI | WU | EU | TSU | SX | RV | Scope | Answer | Explanation | ID | Formula | Expected | ||||||||
3 | 1 | G(engine => X(not(engine)) and X(X(engine))) | R_27a5agmUGBPg8s5 | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
4 | 1 | G(Engine ==> (X(not(Engine)) /\ X(X(Engine)))) | this is the same as the last Q on the previous page | R_yHCfzP3IuEdXrDH | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | ||||||||||||||||||||||
5 | 1 | Engine ==> X(not(Engine)) /\ X(X(Engine) | R_3l0w6YvuIwEZQBz | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
6 | 1 | G(Engine => (X(not(Engine)) /\ X(X(Engine)))) | R_2qEl9H2Wc5bvrQU | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
7 | 1 | G(Engine ==> (X(not(Engine)) /\ X(X(Engine)))) | R_9HTWz8OvCkT7pux | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
8 | 1 | G(Engine ==> X(not Engine) /\ X(X(Engine))) | R_2P6Bkpbzq11Ssb2 | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
9 | 1 | G(Engine => X(not(Engine)) /\ X(X(not(Engine)))) | R_31oOMwNEYkyq3es | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
10 | 1 | I don't know | R_pLPdboAsBFdOkAp | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
11 | 1 | answer | R_2BzybV6L9Nw3wsp | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
12 | 1 | G(Engine => X(not(Engine)) /\ X(X(Engine))) | R_2E3FziYrlSKm5tz | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
13 | 1 | Engine --> X(not Engine) /\ X(X(Engine)) | R_3GE5vB088hW7pNS | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
14 | 1 | G(engine ==> X not engine || not engine ==> X engine) | R_23TtFmRGuFkXz3J | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
15 | 1 | G(Engine ==> X(not Engine) /\ X(X(Engine))) | R_p0efcDoDcDSMew9 | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
16 | 1 | G(Engine ==> (X(not(Engine)) /\ X(X(Engine)))) | R_1i8K87vtmYbKNq0 | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
17 | 1 | 1 | G(Engine) => F(engine) U F(X(Engine)) | R_RJhD3rjJLGxUHmN | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | ||||||||||||||||||||||
18 | 1 | G(Engine ==> X(not(Engine)) /\ X(X(Engine))) | R_20YbToRn1f2fO7V | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
19 | 1 | G(Engine ==> (X(not Engine)) /\ X(X(Engine)) | R_w5JmqaNekoVdjkR | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
20 | 1 | G(Engine ==> X(not(Engine)) /\ X(X(Engine))) | R_3EYmP1n2awyc6yQ | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
21 | 1 | G(Engine ==> (X(not(Engine)) /\ X(X(Engine)))) | R_3EXaHmkHBQXq7Xo | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
22 | 1 | 1 | 1 | Engine => X(not X(not Engine)) | R_3fqL6CKhq02gxE4 | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||
23 | 1 | G(Engine ==> X(not Engine) /\ X(X(Engine) ) | R_2VkDkfHF7bMFHSt | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
24 | 1 | 1 | Engine ==> X(not(Engine)) ==> X(X(Engine)) | I wasn't sure whether this would be X(X(Engine)) or X(Engine) since I wasn't sure which state to count from. | R_8xqucc6088jyq41 | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||
25 | 1 | G(Engine ==> (X(not Engine) /\ X(X(Engine)))) | R_1ojydOxCaXzpuTa | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
26 | 1 | G(Engine ==> X(not(Engine)) /\ X(X(Engine))) | R_2qxUUOosAISA3rn | Whenever the engine is on, it is off in the next state and on again in the state after that. | G(E ==> X(!E) & XX(E)) | |||||||||||||||||||||||
27 | 1 | engine | R_27a5agmUGBPg8s5 | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||||||
28 | 1 | 1 | F((Engine /\ X(not(Engine))) U not(Engine)) | at some point, the engine will be on and off in the next state until the engine is off. this means that it will turn on for one state and then, since it is off in the next state, remain off | R_yHCfzP3IuEdXrDH | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||||
29 | 1 | 1 | F(Engine) /\ X(not(Engine) | R_3l0w6YvuIwEZQBz | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | ||||||||||||||||||||||
30 | 1 | not(Engine) U (Engine /\ X(G(not(Engine)))) | The engine isn't on until a state where the engine is on and then in the rest of the states it's off. | R_2qEl9H2Wc5bvrQU | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | ||||||||||||||||||||||
31 | 1 | G(Engine ==> X(G(not(Engine)))) | R_9HTWz8OvCkT7pux | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||||||
32 | 1 | G(not Engine) U (Engine /\ X(G(not Engine))) | R_2P6Bkpbzq11Ssb2 | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||||||
33 | 1 | not(Engine) U (Engine /\ X(G(not(Engine)))) | R_31oOMwNEYkyq3es | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||||||
34 | 1 | I don't know | R_pLPdboAsBFdOkAp | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||||||
35 | 1 | answer | R_2BzybV6L9Nw3wsp | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||||||
36 | 1 | G(F(Engine) => not(Engine)) | R_2E3FziYrlSKm5tz | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||||||
37 | 1 | F(Engine) | R_3GE5vB088hW7pNS | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||||||
38 | 1 | G(engine \/ not engine) | R_23TtFmRGuFkXz3J | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||||||
39 | 1 | F(Engine) /\ G(Engine ==> X(G(not Engine))) | R_p0efcDoDcDSMew9 | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||||||
40 | 1 | inexpressible | no way to count how many times it occurred | R_1i8K87vtmYbKNq0 | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | ||||||||||||||||||||||
41 | 1 | 1 | F(X(not(engine))) | R_RJhD3rjJLGxUHmN | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | ||||||||||||||||||||||
42 | 1 | 1 | F(Engine) /\ Engine ==> not(F(Engine)) | R_20YbToRn1f2fO7V | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | ||||||||||||||||||||||
43 | 1 | F(Engine /\ X(G(not Engine))) | R_w5JmqaNekoVdjkR | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||||||
44 | 1 | F(Engine /\ X(G(not(Engine)))) | R_3EYmP1n2awyc6yQ | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||||||
45 | 1 | X(F(Engine)) | R_3EXaHmkHBQXq7Xo | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||||||
46 | 1 | 1 | F(Engine) U not Engine | R_3fqL6CKhq02gxE4 | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | ||||||||||||||||||||||
47 | 1 | F(Engine) ==> NOT F(X(ENGINE)) | If the next state is an engine that implies that none of the future states would be an engine. | R_2VkDkfHF7bMFHSt | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | ||||||||||||||||||||||
48 | 1 | F(Engine) | R_8xqucc6088jyq41 | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||||||
49 | 1 | (not Engine) U (Engine /\ X(G(not Engine)) | R_1ojydOxCaXzpuTa | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||||||
50 | bsq because of a BadProp | 1 | 1 | 1 | F(Engine ==> F(not(Engine))) /\ Engine | Not sure about this one | R_2qxUUOosAISA3rn | E in exactly one state, not necessarily the first | (!E) U (E & X(G(!E))) | |||||||||||||||||||
51 | could be IF or IG | 1 | not(engine => x(engine) and x(x(engine) and x(x(x(engine)))) | R_27a5agmUGBPg8s5 | E cannot stay on 3 states in a row | !F(E & XE & XXE) | ||||||||||||||||||||||
52 | 1 | G(not(Engine /\ X(Engine) /\ X(X(Engine)))) | R_yHCfzP3IuEdXrDH | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
53 | 1 | Engine U (Engine /\ X(Engine) /\ X(X(Engine)) | R_3l0w6YvuIwEZQBz | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
54 | 1 | G(Engine => (X(not(Engine)) \/ X(X(not(Engine))))) | R_2qEl9H2Wc5bvrQU | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
55 | 1 | G(Engine ==> (X(not(Engine)) \/ X(X(not(Engine)))) | R_9HTWz8OvCkT7pux | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
56 | 1 | G(Engine /\ X(Engine) ==> X(X(not Engine))) | R_2P6Bkpbzq11Ssb2 | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
57 | 1 | 1 | Engine => X(X(X(not(Engine)))) | R_31oOMwNEYkyq3es | E cannot stay on 3 states in a row | !F(E & XE & XXE) | ||||||||||||||||||||||
58 | 1 | I don't know | R_pLPdboAsBFdOkAp | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
59 | 1 | answer | R_2BzybV6L9Nw3wsp | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
60 | 1 | G(Engine /\ X(Engine) => X(X(Engine))) | R_2E3FziYrlSKm5tz | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
61 | 1 | not(X(Engine) /\ X(X(Engine) /\ X(X(Engine))) | R_3GE5vB088hW7pNS | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
62 | 1 | not sure | R_23TtFmRGuFkXz3J | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
63 | 1 | G(Engine /\ X(Engine) ==> X(X(not Engine))) | R_p0efcDoDcDSMew9 | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
64 | 1 | G(not (Engine /\ X(Engine) /\ X(X(Engine)))) | R_1i8K87vtmYbKNq0 | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
65 | ? IF or IG | 1 | X(X(X(ENGINE))) | R_RJhD3rjJLGxUHmN | E cannot stay on 3 states in a row | !F(E & XE & XXE) | ||||||||||||||||||||||
66 | 1 | G(Engine ==> not(X(Engine)) /\ not(X(X(Engine))) | R_20YbToRn1f2fO7V | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
67 | 1 | not (Engine /\ X(Engine) /\ X(X(Engine))) | R_w5JmqaNekoVdjkR | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
68 | 1 | not(Engine /\ X(Engine) /\ X(X(Engine))) | R_3EYmP1n2awyc6yQ | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
69 | 1 | G(Engine ==> (X(not(Engine)) \/ X(X(not(Engine))))) | R_3EXaHmkHBQXq7Xo | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
70 | 1 | I don't know | R_3fqL6CKhq02gxE4 | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
71 | 1 | 1 | G(NOT(X(X(X(Engine))))) | R_2VkDkfHF7bMFHSt | E cannot stay on 3 states in a row | !F(E & XE & XXE) | ||||||||||||||||||||||
72 | 1 | G(Engine ^ X(Engine) ^ X(X(not(Engine)) | R_8xqucc6088jyq41 | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
73 | 1 | G((Engine /\ X(Engine) ==> X(X(not Engine))) | R_1ojydOxCaXzpuTa | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
74 | 1 | G(Engine ==> not(X(Engine) /\ X(X(Engine)))) | R_2qxUUOosAISA3rn | E cannot stay on 3 states in a row | !F(E & XE & XXE) | |||||||||||||||||||||||
75 | 1 | 1 | G(engine) => F(light) | R_27a5agmUGBPg8s5 | Whenever E, then L then or later | G(E ==> F(L)) | ||||||||||||||||||||||
76 | 1 | Engine ==> F(Light) | R_yHCfzP3IuEdXrDH | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
77 | 1 | 1 | G(Engine) ==> Light \/ F(light) | R_3l0w6YvuIwEZQBz | Whenever E, then L then or later | G(E ==> F(L)) | ||||||||||||||||||||||
78 | 1 | G(Engine => F(Light)) | R_2qEl9H2Wc5bvrQU | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
79 | 1 | G(Engine ==> F(Light)) | R_9HTWz8OvCkT7pux | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
80 | 1 | G(Engine ==> F(Light)) | R_2P6Bkpbzq11Ssb2 | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
81 | 1 | G(Engine => F(Light)) | R_31oOMwNEYkyq3es | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
82 | 1 | I don't know | R_pLPdboAsBFdOkAp | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
83 | 1 | answer | R_2BzybV6L9Nw3wsp | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
84 | 1 | G(Engine => F(Light)) | R_2E3FziYrlSKm5tz | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
85 | 1 | Engine --> F(Light) | R_3GE5vB088hW7pNS | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
86 | 1 | engine ==> F light | R_23TtFmRGuFkXz3J | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
87 | 1 | G(Engine => F(Light)) | R_p0efcDoDcDSMew9 | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
88 | 1 | G(Engine ==> F(Light)) | R_1i8K87vtmYbKNq0 | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
89 | 1 | 1 | g(ENGINE)-> F(light) | R_RJhD3rjJLGxUHmN | Whenever E, then L then or later | G(E ==> F(L)) | ||||||||||||||||||||||
90 | 1 | G(Engine ==> F(Light)) | R_20YbToRn1f2fO7V | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
91 | 1 | G(Engine ==> F(Light)) | R_w5JmqaNekoVdjkR | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
92 | 1 | G(Engine ==> F(Light)) | R_3EYmP1n2awyc6yQ | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
93 | 1 | G(Engine ==> Light \/ X(F(Light))) | R_3EXaHmkHBQXq7Xo | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
94 | 1 | Engine => F(Light) | R_3fqL6CKhq02gxE4 | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
95 | 1 | Engine ==> F(Light) | R_2VkDkfHF7bMFHSt | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
96 | 1 | G(Engine ==> Light) | R_8xqucc6088jyq41 | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
97 | 1 | G(Engine ==> F(Light)) | R_1ojydOxCaXzpuTa | Whenever E, then L then or later | G(E ==> F(L)) | |||||||||||||||||||||||
98 | 1 | G(Engine => Light \/ F(Light)) | Not sure about this one | R_2qxUUOosAISA3rn | Whenever E, then L then or later | G(E ==> F(L)) | ||||||||||||||||||||||
99 | 1 | 1 | Engine => not(engine) | R_27a5agmUGBPg8s5 | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | ||||||||||||||||||||||
100 | 1 | F(G(not(Engine))) | R_yHCfzP3IuEdXrDH | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
101 | Engine U F(not(Engine)) | R_3l0w6YvuIwEZQBz | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | ||||||||||||||||||||||||
102 | 1 | F(G(not(Engine))) | The sentence seems to allow the engine to alternate between on and off, but requires it to settle in the off position in the end. | R_2qEl9H2Wc5bvrQU | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | ||||||||||||||||||||||
103 | 1 | F(G(not(Engine))) | R_9HTWz8OvCkT7pux | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
104 | 1 | G(Engine) U G(not Engine) | R_2P6Bkpbzq11Ssb2 | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
105 | 1 | Engine U X(G(not(Engine))) | R_31oOMwNEYkyq3es | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
106 | 1 | I don't know | R_pLPdboAsBFdOkAp | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
107 | 1 | so sorry definitely planning on having this hw dropped lmao | R_2BzybV6L9Nw3wsp | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
108 | 1 | 1 | Engine => F(not(Engine)) | R_2E3FziYrlSKm5tz | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | ||||||||||||||||||||||
109 | 1 | Don't know | R_3GE5vB088hW7pNS | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
110 | 1 | engine ==> G(not engine) | R_23TtFmRGuFkXz3J | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
111 | 1 | Engine U G(not Engine) | R_p0efcDoDcDSMew9 | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
112 | 1 | Engine U G(not(Engine)) | R_1i8K87vtmYbKNq0 | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
113 | 1 | G(X(Engine)) -> G(not(engine)) | R_RJhD3rjJLGxUHmN | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
114 | 1 | Engine U not(Engine) | R_20YbToRn1f2fO7V | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
115 | 1 | Engine U (not Engine) | R_w5JmqaNekoVdjkR | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
116 | 1 | Engine U not(Engine) | R_3EYmP1n2awyc6yQ | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
117 | 1 | Engine U F(G(not(Engine))) | R_3EXaHmkHBQXq7Xo | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
118 | 1 | Engine U G(not Engine) | R_3fqL6CKhq02gxE4 | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
119 | 1 | 1 | 1 | Engine ==> F(X(Not Engine)) | R_2VkDkfHF7bMFHSt | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||
120 | 1 | F(G(not(Engine)) | R_8xqucc6088jyq41 | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | |||||||||||||||||||||||
121 | 1 | G(not Engine ==> X(not Engine)) | Once the engine is off, it must always remain off. Any number of states with the engine on are allowed before this happens. | R_1ojydOxCaXzpuTa | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) | ||||||||||||||||||||||
122 | 1 | Engine U not(Engine) | R_2qxUUOosAISA3rn | E is on for zero or more states, then turns off and remains off in the future | (E U !E) & (G(!E ==> G(!E))) |