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 ==> | 73 | 16 | 8 | 7 | 9 | 1 | 7 | 0 | 0 | 2 | 4 | 0 | 3 | 0 | 4 | ||||||||||||
2 | Ok | ? | BP | BSI | BSQ | IF | IG | IP | OI | WU | EU | TSU | SX | RV | Scope | Answer | Explanation | ID | Formula | Expected | ||||||||
3 | 1 | When the engine is on it must be on in the state three states ahead | R_27a5agmUGBPg8s5 | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
4 | 1 | The engine being on implies the engine will be on in the next next next state (3 states from when on). | R_yHCfzP3IuEdXrDH | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
5 | 1 | 1 | If the engine is on, the engine must turn on in the next three states. | R_3l0w6YvuIwEZQBz | E ==> X(X(X(E))) | E now implies E in 3 steps | ||||||||||||||||||||||
6 | 1 | If the engine's on, it'll also be on 3 states from now. | R_2qEl9H2Wc5bvrQU | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
7 | 1 | The engine being on in the current state means that it will be on 3 states from now. | R_9HTWz8OvCkT7pux | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
8 | 1 | If the engine starts on, it will be on in the fourth state | R_2P6Bkpbzq11Ssb2 | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
9 | 1 | The engine is on now and in three states | R_31oOMwNEYkyq3es | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
10 | 1 | The engine is on for zero or more states and then turns off. | R_pLPdboAsBFdOkAp | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
11 | 1 | answer | R_2BzybV6L9Nw3wsp | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
12 | 1 | If the engine is on in the first state, it is also on in the third state. | R_2E3FziYrlSKm5tz | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
13 | 1 | If the engine is on, the next next next state will have its engine on as well | R_3GE5vB088hW7pNS | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
14 | 1 | If an engine is on then in 3 steps it will be on again. | R_23TtFmRGuFkXz3J | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
15 | 1 | If the engine is on in the current state, it will also be on in the third state after the current state | R_p0efcDoDcDSMew9 | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
16 | 1 | If the engine is on then it will be on in the next next next state. | R_1i8K87vtmYbKNq0 | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
17 | check rubric | 1 | 1 | If the engine is on then the engine is not on for the next three states. | R_RJhD3rjJLGxUHmN | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||
18 | 1 | If the engine is on in the first state then the engine will be on in the 4th state. | R_20YbToRn1f2fO7V | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
19 | 1 | if the engine is on then the engine will be on in the third state from now | R_w5JmqaNekoVdjkR | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
20 | 1 | If the engine is on, then the engine is on three states from now. | R_3EYmP1n2awyc6yQ | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
21 | 1 | When engine is on, engine is also on three traces after. | R_3EXaHmkHBQXq7Xo | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
22 | 1 | 1 | When the engine is on, it will continue to be on for the next 3 states | R_3fqL6CKhq02gxE4 | E ==> X(X(X(E))) | E now implies E in 3 steps | ||||||||||||||||||||||
23 | 1 | Whenever the engine is on, it is also on in the next next next state. | R_2VkDkfHF7bMFHSt | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
24 | 1 | Whenever the engine is on in a state, it is also on in the fourth state from that state. | R_8xqucc6088jyq41 | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
25 | 1 | If the engine is on in the first state, it will also be on in the fourth state. | R_1ojydOxCaXzpuTa | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
26 | 1 | If the engine is on, then three states later, the engine will be on again. | R_2qxUUOosAISA3rn | E ==> X(X(X(E))) | E now implies E in 3 steps | |||||||||||||||||||||||
27 | 1 | Engine is eventually always on in the next three states | R_27a5agmUGBPg8s5 | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
28 | 1 | After two states, the engine will be on at some point after the next state | R_yHCfzP3IuEdXrDH | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
29 | 1 | If the engine is on in the next state, the engine will eventually turn on in two states. | R_3l0w6YvuIwEZQBz | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
30 | 1 | There's a state (3rd state or later) where the engine's on. | R_2qEl9H2Wc5bvrQU | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
31 | 1 | The engine will be on sometime between two-states-ahead and the end of the tract | R_9HTWz8OvCkT7pux | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
32 | 1 | Starting from the fourth state, the engine will eventually be on | R_2P6Bkpbzq11Ssb2 | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
33 | 1 | Starting two states from now, there's eventually a state from which the next state has the engine on | R_31oOMwNEYkyq3es | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
34 | 1 | The engine is on for zero or more states and then turns off. | R_pLPdboAsBFdOkAp | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
35 | 1 | answer | R_2BzybV6L9Nw3wsp | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
36 | 1 | Starting at the third state, the engine will eventually always be on in the next state. | R_2E3FziYrlSKm5tz | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
37 | 1 | If the engine is on in the next state, the engine will eventually be on in the next next state | R_3GE5vB088hW7pNS | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
38 | 1 | An engine will eventually be on after 1 step on after the initial two steps. | R_23TtFmRGuFkXz3J | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
39 | 1 | Two states from now, there will eventually be some state where the engine is on in the state after that | R_p0efcDoDcDSMew9 | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
40 | 1 | No clue | Honestly confused when it comes to nesting with X | R_1i8K87vtmYbKNq0 | X(X(F(X(E)))) | E at 4th state or later | ||||||||||||||||||||||
41 | check rubric | 1 | If the engine is not on for the first state then the engine will be off for the next two states. | R_RJhD3rjJLGxUHmN | X(X(F(X(E)))) | E at 4th state or later | ||||||||||||||||||||||
42 | 1 | In two states there will eventually be a state where the engine is on in the next state. | R_20YbToRn1f2fO7V | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
43 | 1 | 2 states from now the engine will eventually be on in the following state | R_w5JmqaNekoVdjkR | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
44 | 1 | Two states from now the engine will be eventually on in the next state. | R_3EYmP1n2awyc6yQ | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
45 | 1 | After the first two traces, there is a state where the next state has engine on. | R_3EXaHmkHBQXq7Xo | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
46 | 1 | I don't know | R_3fqL6CKhq02gxE4 | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
47 | 1 | In the next next (2) state, the next state is eventually going to have the engine on. | R_2VkDkfHF7bMFHSt | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
48 | 1 | Two states after the current state, we reach a state where eventually the next state has the engine on. | R_8xqucc6088jyq41 | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
49 | 1 | After the third state, the engine will be on at some point. | I think that in this case the formula is equivalent to X(X(X(F(Engine)))) | R_1ojydOxCaXzpuTa | X(X(F(X(E)))) | E at 4th state or later | ||||||||||||||||||||||
50 | 1 | In 2 states, there will eventually be a series of states where the next state always has the engine on | R_2qxUUOosAISA3rn | X(X(F(X(E)))) | E at 4th state or later | |||||||||||||||||||||||
51 | 1 | When engine is eventually on then light is always on | R_27a5agmUGBPg8s5 | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
52 | check rubric | 1 | 1 | 1 | The engine will be on at some point, which implies the light will always be on | I'm not 100% certain about the wording. I'm trying to say that the engine will turn on at some point, and at that point, the light will remain on forever. The engine can turn off after that point, but the light must remain on. | R_yHCfzP3IuEdXrDH | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||
53 | 1 | If the engine turns on, the light will eventually always remain on. | R_3l0w6YvuIwEZQBz | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
54 | 1 | If there's some state with the engine on, the light must always be on. | R_2qEl9H2Wc5bvrQU | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
55 | 1 | If the engine ever turns on, the light must always be on for the whole trace. | R_9HTWz8OvCkT7pux | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
56 | 1 | If the engine is on at any point, the light is always on | R_2P6Bkpbzq11Ssb2 | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
57 | 1 | If the engine is ever on, the light is always on | R_31oOMwNEYkyq3es | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
58 | 1 | The engine is on for zero or more states and then turns off. | R_pLPdboAsBFdOkAp | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
59 | 1 | answer | R_2BzybV6L9Nw3wsp | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
60 | 1 | If the engine is eventually always on, then the light is always on in all states. | R_2E3FziYrlSKm5tz | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
61 | 1 | If eventually the engine is on, the light will be on in all states | R_3GE5vB088hW7pNS | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
62 | 1 | When the engine eventually turns on, it means that the light will always be on. | R_23TtFmRGuFkXz3J | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
63 | 1 | The light is always on if the engine will eventually be on | R_p0efcDoDcDSMew9 | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
64 | 1 | If there is eventually a state where the engine is on, then the light is always on. | R_1i8K87vtmYbKNq0 | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
65 | check rubric | 1 | 1 | If the engine is on in at least one state then the lights are going to be on in all the next states. | R_RJhD3rjJLGxUHmN | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||
66 | 1 | If the engine eventually turns on for at least 1 state then the light is always on. | R_20YbToRn1f2fO7V | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
67 | check rubric | 1 | 1 | 1 | once the engine is on, the light will always be on | R_w5JmqaNekoVdjkR | F(E) ==> G(L) | if ever E, then L always from start | ||||||||||||||||||||
68 | 1 | If the engine is eventually on, then the light is always on. | R_3EYmP1n2awyc6yQ | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
69 | 1 | If engine is on at some point of the system, the light is on for all states. | R_3EXaHmkHBQXq7Xo | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
70 | check rubric | 1 | 1 | 1 | Once the engine is on, the light will be on | R_3fqL6CKhq02gxE4 | F(E) ==> G(L) | if ever E, then L always from start | ||||||||||||||||||||
71 | 1 | If there exists an engine on state in the trace, then that implies that the light is on globally throughout the trace. | R_2VkDkfHF7bMFHSt | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
72 | 1 | Eventually having the engine on means the light is always on | R_8xqucc6088jyq41 | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
73 | 1 | If the engine will be on at any point in the trace, the light must always be on. | R_1ojydOxCaXzpuTa | F(E) ==> G(L) | if ever E, then L always from start | |||||||||||||||||||||||
74 | wow, F=suffix | 1 | If there is an end series of states where the engine is always on, then the light will be on for every state. | R_2qxUUOosAISA3rn | F(E) ==> G(L) | if ever E, then L always from start | ||||||||||||||||||||||
75 | 1 | Engine or light are on and engine is always on | R_27a5agmUGBPg8s5 | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
76 | 1 | The engine is on until the light turns on and the engine is always on. | R_yHCfzP3IuEdXrDH | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
77 | ignores G | 1 | The engine will remain on until the light turns on. | R_3l0w6YvuIwEZQBz | (E U L) & G(E) | always E eventually L | ||||||||||||||||||||||
78 | 1 | The engine is always on and the light turns on at some point. | R_2qEl9H2Wc5bvrQU | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
79 | 1 | The engine is always on | R_9HTWz8OvCkT7pux | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
80 | 1 | The engine is always on, and the light eventually comes on | R_2P6Bkpbzq11Ssb2 | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
81 | 1 | The engine is always on and the light is eventually on | R_31oOMwNEYkyq3es | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
82 | 1 | The engine is on for zero or more states and then turns off. | R_pLPdboAsBFdOkAp | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
83 | 1 | answer | R_2BzybV6L9Nw3wsp | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
84 | 1 | The engine is on until the light turns on and the engine is always on | R_2E3FziYrlSKm5tz | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
85 | 1 | If the engine and light are on, then the engine will be on for al states | R_3GE5vB088hW7pNS | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
86 | 1 | The engine is on until the light turns on, and the engine is always on. | R_23TtFmRGuFkXz3J | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
87 | 1 | The light switches on after some number of states where the engine is on and the engine is always on | R_p0efcDoDcDSMew9 | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
88 | 1 | The engine is on at least until the light turns on, and the engine is always on. | R_1i8K87vtmYbKNq0 | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
89 | wow | 1 | If the engine and the light are on, then there is at least one state where the engine is going to be on. | R_RJhD3rjJLGxUHmN | (E U L) & G(E) | always E eventually L | ||||||||||||||||||||||
90 | 1 | 1 | The engine is always on and the light never turns on. | R_20YbToRn1f2fO7V | (E U L) & G(E) | always E eventually L | ||||||||||||||||||||||
91 | 1 | the engine is on until the light is on and the engine is always on | R_w5JmqaNekoVdjkR | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
92 | 1 | The engine is on until the light is on, and the engine is always on. | R_3EYmP1n2awyc6yQ | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
93 | 1 | Engine is always on until the light is on at some state and engine is always on. | R_3EXaHmkHBQXq7Xo | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
94 | close, but under-specified; need Engine before the E+L states | 1 | The engine and the light are on for zero or more states and the engine continues to stay on | R_3fqL6CKhq02gxE4 | (E U L) & G(E) | always E eventually L | ||||||||||||||||||||||
95 | 1 | The engine is on until the light is on and the engine is on throughout the entire trace. | R_2VkDkfHF7bMFHSt | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
96 | 1 | 1 | The engine is on until the light is on, and the engine is always on. (The light is never on) | R_8xqucc6088jyq41 | (E U L) & G(E) | always E eventually L | ||||||||||||||||||||||
97 | 1 | The engine will always be on, and the light will turn on at least once. | R_1ojydOxCaXzpuTa | (E U L) & G(E) | always E eventually L | |||||||||||||||||||||||
98 | 1 | The engine is on until the light is on and the engine is always on. | Not sure this one makes sense. | R_2qxUUOosAISA3rn | (E U L) & G(E) | always E eventually L | ||||||||||||||||||||||
99 | 1 | always when engine is on it is not on in the state but on in two states ahead | R_27a5agmUGBPg8s5 | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
100 | 1 | The engine being on always implies that the engine will be off in the next state and the engine will be on in two states. | The engine will alternate being on and off in each state | R_yHCfzP3IuEdXrDH | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | ||||||||||||||||||||||
101 | 1 | The engine will on on whenever, the engine is off in the next state and the engine is on in the state after that. | R_3l0w6YvuIwEZQBz | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
102 | 1 | If the engine ever turns on, it alternates between on and off after that. | R_2qEl9H2Wc5bvrQU | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
103 | 1 | The engine will toggle on and off each state | R_9HTWz8OvCkT7pux | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
104 | 1 | After the engine is first turned on, it will alternate between on and off | R_2P6Bkpbzq11Ssb2 | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
105 | 1 | Whenever the engine is on, it's off in the next state and back on in two states | R_31oOMwNEYkyq3es | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
106 | 1 | The engine is on for zero or more states and then turns off. | R_pLPdboAsBFdOkAp | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
107 | 1 | answer | R_2BzybV6L9Nw3wsp | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
108 | 1 | It is always true that whenever the engine is on, the engine is off in the next state and the engine is on in two states. | R_2E3FziYrlSKm5tz | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
109 | 1 | For every state, if the engine is on, the engine will be off in the next state and on in the next next state. | R_3GE5vB088hW7pNS | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
110 | 1 | Not sure | R_23TtFmRGuFkXz3J | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
111 | 1 | Whenever the engine is on, it will be off in the next state and on again in the state after the next state | R_p0efcDoDcDSMew9 | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
112 | 1 | It is always true that if the engine is on then the engine will be off in the next state and on in the state after that. | R_1i8K87vtmYbKNq0 | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
113 | 1 | 1 | If the engine is on for the first state then everything except the engine will be on in the next state and the engine will be on again in the 3rd stage. | R_RJhD3rjJLGxUHmN | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | ||||||||||||||||||||||
114 | 1 | Whenever the engine turns on the engine will turn off in the next state and turn back on again in the state after. | R_20YbToRn1f2fO7V | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
115 | 1 | whenever the engine is on, the engine is not on in the following state and it is on 2 states from then | R_w5JmqaNekoVdjkR | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
116 | 1 | It must always be the case that if the engine is on, then the engine is off in the next state and the engine is on two states from now. | R_3EYmP1n2awyc6yQ | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
117 | 1 | When the engine is on, it is off the next state and it is back on again the state after. | R_3EXaHmkHBQXq7Xo | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
118 | 1 | 1 | If the engine is on, it will be on in the next state and in the following 2 states | R_3fqL6CKhq02gxE4 | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | ||||||||||||||||||||||
119 | 1 | If the engine is on then the next state the engine is off and in the next next state the engine is on again throughout the entire trace (globally) | R_2VkDkfHF7bMFHSt | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
120 | 1 | Having the engine on always results in the engine not being on in the next state, or the engine is on two states after the current state. | R_8xqucc6088jyq41 | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
121 | 1 | Once the engine first turns on, it must alternate between being on and off with every time step. | R_1ojydOxCaXzpuTa | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore | |||||||||||||||||||||||
122 | 1 | If the engine is on in any state, then the next state will not be on and the state after that will be on | R_2qxUUOosAISA3rn | G(E ==> (X(!E) & XX(E))) | Whenever E, goes on-off forevermore |