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Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||The terminal 1 is seperated from terminal 6 | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||Terminal 6 is connected to the positive battery terminal | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||there is a gap between the positive battery terminal and terminal 1 and terminal 6. | contradictory |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||Because terminal 1 is not connected to terminal 6. | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||because there is a gap in the connection between terminal 1 and terminal 6 | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||terminal is connected to terminal 6 | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||terminal 1 is connected to terminal 6 | contradictory |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||terminal 6 is connected to terminal 1 | contradictory |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||terminal 6 has gap | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||l | non_domain |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||difference in electrial state | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||terminal 6 is connected to postive terminal of battery | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||there is a gap | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||the terminals are separated by a gap | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||because there is a gap | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||connected to positive terminal | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||positve battery terminal | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||terminal 1 is connected to the negative terminal and terminal 6 is connected to the positive terminal | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||terminal 1 is connected to the negative battery terminal and terminal 6 is connected to the positive battery terminal | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||The terminals are not connected | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||Terminal 1 was connected to a positive terminal 6. | contradictory |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||Terminal 1 was connected to a positive battery terminal. | contradictory |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||terminals 1 and 6 are seperated by a gap | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||A terminal is connected to the positive battery terminal. | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||A terminal is not connected to the negative battery terminal. | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||A terminal is not connected to the positive battery terminal. | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||terminal 1 and terminal 6 are seperated by a gap | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||a gap separates terminal 1 from terminal 6 | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||terminal 1 is seperate from terminal 6 | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||terminal 1 is conected to terminal 6 | contradictory |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||terminal 1 is connected to negative | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||because they are separated by a gap | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||Terminal 6 is connected to the positive battery terminal. | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||there is a gap between them - not connected | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||terminal 6 is connected to the positive terminal of the battery | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||Terminal one is not connected to terminal 6 | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||there"s a gap | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||because there is a positive and negative connections | contradictory |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||There is a gap between the two terminals | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||they are connected to different terminals | partially_correct_incomplete |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||it closes the circuit | contradictory |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||1s connected to 6 | contradictory |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||there is a gap seperating terminal 1 from terminal 6 | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||connected tpo positive sie= circuit complete | contradictory |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||Because they are not connected within the same terminal. | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||There is a gap between terminal 1 and terminal 6. | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||there is a gap between terminals 1 and 6 | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||terminal 1 and terminal 6 are not connected, there is a gap | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||because there is a gap between terminal 1 and terminal 6. | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||Because terminal 1 and 6 are connceted to the battery. | irrelevant |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||Terminal 1 is connected to terminal 6 which is on the other side of the short circuit | contradictory |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||There is a gap between 1 and 6 | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||Terminal 1 is not connected to terminal 6 because there is a gap. | correct |
Explain why you got a voltage reading of 1.5 for terminal 1 and terminal 6.||Terminals 1 and 6 are separated by the gap||they are separated by a gap. | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||bulb b and c will not be in a closed path with the battery | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||there is no closed path that contains the battery, bulb b, and bulb c | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||creates a gap | partially_correct_incomplete |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||they are all in the same path | contradictory |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||bulbs b and c will no longer be in closed paths with the battery. | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||damaged bulb a creates a gap | partially_correct_incomplete |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||bulb a creates a gap in teh circuit. | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||the bulb creates a gap in the closed path | partially_correct_incomplete |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||bulb a creates a gap in teh path. | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||There will be a gap in the path | partially_correct_incomplete |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||seperates the voltage | contradictory |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||Bulbs B and C will be on open paths with the battery | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||bulb a is in the same path of bulbs b and c | contradictory |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||Because there is a gap. | partially_correct_incomplete |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||They are all on the same path. | partially_correct_incomplete |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||i dont know then | non_domain |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||njo | non_domain |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||nooyutgyhjiko | non_domain |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||Bulbs b and c will not be in a closed path with the battery. | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||bulb b and bulb c are still contained in a closed path with the battery | contradictory |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||l | non_domain |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||The path is not closed. | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||a is in the same path | partially_correct_incomplete |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||bulb a still has a path to the battery | irrelevant |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||connection | contradictory |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||bulb a is contained in their closed paths | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||bulb a is contained in the same closed path as both bulbs b and c | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||bulb a is in the closed path | partially_correct_incomplete |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||closed path | contradictory |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||bulb a creates a gap | partially_correct_incomplete |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||bulbs b and are not in a closed path with bulb a | contradictory |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||Bulb A is on the same path as B and C | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||Bulb A and B and C are on the same paths | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||bulb b and c are not on a closed path | partially_correct_incomplete |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||both bulbs B and C are in the same path as bulb A | partially_correct_incomplete |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||tell answer | non_domain |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||Bulb A will create a gap in the path | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||Bulb a created a gap | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||there is no closed path | partially_correct_incomplete |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||bulb b will not be in a closed path with the battery. bulb c will not be in a closed path with the battery. | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||if bulb A is damaged the closed path has a gap. bulb b and bulb c are no longer on a closed path. | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||if bulb a is damaged bulb b and bulb c are no longer in a closed path with the battery. | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||There will be a gap a bulb A | partially_correct_incomplete |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||damaging bulb a creates a gap. | correct |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||there is not a closed path that contains the batteyr and bulb b and bulb c | partially_correct_incomplete |
Explain your reasoning.||If bulb A burns out, B and C are no longer in a closed path with the battery||bulb b and bulb c are still contained in closed paths with the battery | contradictory |
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