input
stringlengths 48
1.52k
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Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||switch z is contained on a closed path | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||tell answer | non_domain |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||Switch Z can be closed instead | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||There is another path through Switch Z | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||Bulb A and C are contained in a closed path with the battery | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||Because it is not in the same path | contradictory |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||it is not in the same path as the bulb and battery | contradictory |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||it is not in the same path with the bulb and battery | contradictory |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||switch z could be closed | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||switch z is contained in a closed path to the battery | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||because bulb a can still be in a closed path with the battery if switch z is closed and switch x is closed | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||if switch z is closed it can make a closed path that contains bulb a and the battery. | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||They are on different series | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||Bulb A is on a different path than switch Y | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||bulb a is in a closed path with the battery without passing through switch y. | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||bulb a is in a closed circuit with the battery without the y switch. | contradictory |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||i give up | non_domain |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||There is still a closed path | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||Y is not needed for bulb a to light | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||there is a closed path with the battery and bulb a | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||beacuse there is a complete path without switch y | contradictory |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||beacuse there is a complete circut without y being involved | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||there is a complete path to the battery without y | contradictory |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||switch z is closed so it still creates a complete path to the battery | contradictory |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||Because bulb A has two different paths that can keep it in a closed path with the battery | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||bulb A will be on a closed path with the battery | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||they are not on the same path | contradictory |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||because it is not in the path to the battery | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||switch y is not in the path to the battery | contradictory |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||switch y is not on the same path to the battery as bulb a | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||switch y is not on the same path to battery | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||because switch x can be closed and y can be open and A will light | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||bulb a is connected to 2 different paths and either one would light up a if they were closed | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||Bulb A is in two different paths with the battery | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||The bulb and the switch are not on the same closed path. | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||Because it is still in line with the battery | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||its not effecting the current to switch A | irrelevant |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||bulb A is on a closed path with switches X and Z, so as long as those are closed the bulb can light up | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||true. bulb a will light if switches X and Z are closed. | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||As long as X and Z are closed A will light | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||Because it can go through switch Z | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||Because bulb A will still be contained on a closed path to the battery. | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||because bulb a can go through the other path | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||Switch Z will still create a closed path from the bulb and the battery | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||bulb a can have a closed path with the battery through switch z | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||Because it can still make a closed path with switch X and Z. | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||x has to be closed. Y is not in the same path | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||you can close switch Z and it will have light | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||It is still contained in a closed path | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||becasue it can be in another closed pathway | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||because switch z can be closed | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||Bulb A is in the path with switch X. | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||it is on its own closed path with the battery | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||switch Z can be closed | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||can complete the path by having z be closed | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||It is not in the same path as bulb A. | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||If Z is closed, A is still part of a complete circut. | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||if switches X and Z are closed it will complete the closed circuit for bulb A | contradictory |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||Switch X can still form a closed path | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||because it can have complete circuit if Zis closed and Y is open | contradictory |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||bulb a is in a complete circuit with the battery. | contradictory |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||because the negative current can transfer through switch z | contradictory |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||It receives current from switche Z. | contradictory |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||Because bulb A is connected to another path. | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||becuase it can follow that path that switch Z is on | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||if x and z are closed then it will create a closed path | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||i don"t know | non_domain |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||because bulb A can still be in a closed pathway through bulb C and switch Z | correct |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||because it can travel by bulb c | partially_correct_incomplete |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||Because switch Y and Z are also connected to bulb A. | contradictory |
Why not?||there is still a closed path containing Switch Z, Switch X, Bulbs A and C and the battery||the bulb could be lit by having switch X and switch Z closed. | partially_correct_incomplete |
What is voltage?||Voltage is the difference in electrical states between two terminals||is the difference between two terminals | partially_correct_incomplete |
What is voltage?||Voltage is the difference in electrical states between two terminals||is the difference between terminals | partially_correct_incomplete |
What is voltage?||Voltage is the difference in electrical states between two terminals||the is a difference in the terminals | partially_correct_incomplete |
What is voltage?||Voltage is the difference in electrical states between two terminals||is the difference in electrial stat between terminals | correct |
What is voltage?||Voltage is the difference in electrical states between two terminals||the difference in electrical states between two terminals | correct |
What is voltage?||Voltage is the difference in electrical states between two terminals||the difference in the electrical states of the positive and negative terminals of a battery | correct |
What is voltage?||Voltage is the difference in electrical states between two terminals||the measurement between the electrical states of the positive and negative terminals of a battery | correct |
What is voltage?||Voltage is the difference in electrical states between two terminals||electricity difference between the battey"s positive and negative terminals | partially_correct_incomplete |
What is voltage?||Voltage is the difference in electrical states between two terminals||a measurement of current and flowing the a source. | contradictory |
What is voltage?||Voltage is the difference in electrical states between two terminals||a measurement of current flowing through a source. | contradictory |
What is voltage?||Voltage is the difference in electrical states between two terminals||a difference between the electrical states. | partially_correct_incomplete |
What is voltage?||Voltage is the difference in electrical states between two terminals||the difference between the positive and negative terminals of a battery | partially_correct_incomplete |
What is voltage?||Voltage is the difference in electrical states between two terminals||the difference of electrical states in a battery | partially_correct_incomplete |
What is voltage?||Voltage is the difference in electrical states between two terminals||the difference in electricity between terminals | partially_correct_incomplete |
What is voltage?||Voltage is the difference in electrical states between two terminals||teh difference of electrical states between two terminals | correct |
What is voltage?||Voltage is the difference in electrical states between two terminals||The difference between two terminals | partially_correct_incomplete |
What is voltage?||Voltage is the difference in electrical states between two terminals||Two terminals that have different electrical states | partially_correct_incomplete |
What is voltage?||Voltage is the difference in electrical states between two terminals||a measurement of electricity | partially_correct_incomplete |
What is voltage?||Voltage is the difference in electrical states between two terminals||the different in the positive terminal and negative terminal. | partially_correct_incomplete |
What is voltage?||Voltage is the difference in electrical states between two terminals||the difference between the electrical state of the positive terminal and the negative terminal. | contradictory |
What is voltage?||Voltage is the difference in electrical states between two terminals||voltage is the measure of electrical charges in a component. | contradictory |
What is voltage?||Voltage is the difference in electrical states between two terminals||voltage is the amount of electrical charge within a component. | contradictory |
What is voltage?||Voltage is the difference in electrical states between two terminals||voltage is the difference between tow terminals. | partially_correct_incomplete |
What is voltage?||Voltage is the difference in electrical states between two terminals||the measurement of power of electricity | contradictory |
What is voltage?||Voltage is the difference in electrical states between two terminals||the difference in connections between terminals | contradictory |
What is voltage?||Voltage is the difference in electrical states between two terminals||the difference in electrical state between two terminals | correct |
What is voltage?||Voltage is the difference in electrical states between two terminals||The difference in electrical states between two terminals. | correct |
What is voltage?||Voltage is the difference in electrical states between two terminals||the difference in batteries | partially_correct_incomplete |
What is voltage?||Voltage is the difference in electrical states between two terminals||difference between the baterry and termnial | partially_correct_incomplete |
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