APURVAASINHAAAA/SciEntsBank huggingface dataset:
Question: Look at the circuit in the picture. The gap between the D-cell and the switch needs to be connected. Can you use a piece of string to make the connection? Why or why not?
Reference answer: No, string is an insulator, so the pathway would not be completed.

Student answer: No because a string is not made of iron or steel.

Student answer: It would not work. It would have to be a wire to be able to work because it is not metal.

Student answer: No, because string is not made of metal and it cannot conduct electricity.

Student answer: No because it need to be made of metal to conduct electricity.

Student answer: No because the electricity will not go through the string because it has to be some steel or iron.

Student answer: Because it will not let electricity through the string.

Student answer: No it is not metal.

Student answer: No because a piece of string is not a conductor.

Student answer: No, because Electricity can only go thorough objects that contain metal.

Student answer: No, It has to be a wire to connect. The wire has things in it to connect it.

Student answer: No because string cannot hold the electricity through it.

Student answer: No because it is not metal and it does not allow electricity to get through.

Student answer: No. The string is not made of metal.

Student answer: You cannot because a piece of string is not steel metal or iron so it cannot go through.

Student answer: You could not do that because the circuit would not make it.

Student answer: No, because it is made of thread.

Student answer: No because the string had not metal or iron.

Student answer: No, it will not work because you have to have some kind of metal to make it work.

Student answer: No it has to hook up to the D-cell.

Student answer: You cannot because it is an insulator.

Student answer: No, because electricity does not flow through string.

Student answer: It could not because electricity cannot go through sting.

Student answer: No, because a piece of string does not have electricity in it.

Student answer: No! You need another wire to connection.

Student answer: No, because it needs a path of electricity. It would need a wire.

Student answer: No, because it does not have a wire and it cannot get energy.

Student answer: No because a piece of string is not something made of wire and cannot carry electricity through that type of material.

Student answer: No, because it does not have any metal.

Student answer: Yes and why is that up put in the 2 holes and the you can make electricity.

Student answer: No, because the electricity cannot flow through the yarn.

Student answer: No, you cannot. That is because it does not conduct electricity.

Student answer: No because you need to have a aluminum foil.

Student answer: You cannot use a piece of string because it has no electricity in it.

Student answer: No because it is a String.

Student answer: No because the string is not a wire.

Student answer: You cannot use a piece of string to make a connection because only aluminum, iron, steel and brass can.
Question: Look at the circuit in the picture. The gap between the D-cell and the switch needs to be connected. Can you use a piece of aluminum foil to make the connection? Why or why not?
Reference answer: Yes, aluminum foil is a metal and all metals conduct. The aluminum foil would complete the circuit.

Student answer: Yes because a piece of foil is not steel.

Student answer: Yes, because it is made of some kind of metal and it can conduct electricity.

Student answer: Yes the electrical well go through it is some kind of steel or iron.

Student answer: Yes because it lets electricity flow through.

Student answer: Yes it is metal.

Student answer: Yes because it is a conductor.

Student answer: Yes because that object can hold electricity throughout.

Student answer: No, because it is not made out of metal.

Student answer: Yes because it has iron in it.

Student answer: Yes and no it has to have iron in it.

Student answer: Yes you can because it has metal conductors have to have metal in them to work.

Student answer: Yes because aluminum is a type of metal.

Student answer: Yes you can because it does have metal in it.

Student answer: No because it will not let electricity flow and it is not metal.

Student answer: Yes you can because it is a conductor.

Student answer: Yes, because it has a little bit of metal in it.

Student answer: Yes you could because electricity could go through aluminum foil.

Student answer: Yes you could because the aluminum foil will go through the circuit.

Student answer: Yes because foil can very well convert electricity.

Student answer: No, because it does not have electricity in it.

Student answer: Yes you could because it is a type of a conductor.

Student answer: Yes, because electricity can go through foil.

Student answer: No, if you use aluminum foil it still will not work.

Student answer: No you need a wire to make the connection.

Student answer: You can try, but I think it would not work.

Student answer: No, because aluminum foil still does not have a path of electricity.

Student answer: Yes because aluminum foil is different than string and foil is metal.

Student answer: No, because aluminum is just like paper and paper cannot light up things either.

Student answer: No, because it is not big enough.

Student answer: Yes why because aluminum is foil and foil is metal.

Student answer: Yes, because the electricity can flow through aluminum.

Student answer: Yes, you can. That is because aluminum is a conductor of electricity.

Student answer: Yes. Because aluminum foil is good conductor.

Student answer: Yes because aluminum foil is a conductor.

Student answer: Why not it will not work because aluminum foil do not have no wire to go through.

Student answer: You can use a piece of aluminum foil because it will connection.
Question: Look at the diagram of a circuit at the right. Will the motor run? Why?
Reference answer: The circuit is not complete. The electrical pathway is broken.

Student answer: I chose it because all the wires have to be hooked together to make a circuit.

Student answer: I chose no because there has to be another wire connecting the 2 or you can use a switch.

Student answer: Because there needs to be another wire.

Student answer: Because it got half of it cut off so you cannot make it go back and forth.

Student answer: No because the circuit got cut off.

Student answer: It is not in a circle.

Student answer: I chose it because there needs to be more wires on the sign.

Student answer: To see if the energy goes through it or not to make a circuit.

Student answer: It does not have the wire to make it a complete circuit.

Student answer: It is not a circuit at all.

Student answer: Because it is not flowing in a circle.

Student answer: I chose that answer because it is not a complete circuit.

Student answer: I chose it because the wire is not connected right to the D-cell.

Student answer: There is no source.

Student answer: The wire cannot make the motor run.

Student answer: Because the line are not connected.

Student answer: There is an open circuit.

Student answer: Because there is a no battery for the motor to work.

Student answer: Because the is no D-cell.

Student answer: I chose that answer because there is no battery.

Student answer: No, because the circuit need to be connected on both sides.

Student answer: I picked that one because the line on the left is not hooked to anything.

Student answer: I chose that answer because it has a positive and a negative.

Student answer: I chose no because it is not a complete circuit.

Student answer: I chose no because the circuit is not closed.

Student answer: I chose no because it is not a complete circuit.

Student answer: I choose that answer because there is no switch to turn it on.

Student answer: Because it is not complete.

Student answer: No, because it is not a full circuit.

Student answer: Because it no a circuit.

Student answer: I chose that answer because it is not a complete circuit.

Student answer: It will not work because you have to have a battery or it will not work.

Student answer: It will not work because it have a open circuit.

Student answer: It is an open circuit so it will not run.

Student answer: I chose that answer because one of the 2 ends are not touching.

Student answer: It is not a complete circuit.
Question: Lee has an object he wants to test to see if it is an insulator or a conductor. He is going to use the circuit you see in the picture. How will he know if the object is a conductor?
Reference answer: If the motor runs, the object is a conductor.

Student answer: The motor will run that is how you will know.

Student answer: He will know because the motor will run.

Student answer: He will know it is a conductor if the motor spins.

Student answer: It will conduct electricity.

Student answer: He will know because the motor will come on if it is a conductor.

Student answer: Only if the motor works then is a conductor.

Student answer: If the motor starts running.

Student answer: If it runs.

Student answer: If the motor comes on.

Student answer: He will know that it will allow the flow of energy.

Student answer: Lee would know if is a conductor if it runs.

Student answer: He will know because a conductor is not glowing in a circuit.

Student answer: You will know it is a conductor because the motor will run.

Student answer: If the objects a conductor the motor should run and electricity will be able to flow.

Student answer: If the motor runs.

Student answer: It will run or turn on if it is a conductor.

Student answer: He will know because the energy will flow in a circle and there will be a open circuit.

Student answer: It will run.

Student answer: The object will go.

Student answer: If the light is on or off.

Student answer: By doing what I wrote for the first part.

Student answer: You will know because it will start to work.

Student answer: He will know the object is a conductor if the energy flows through.

Student answer: He will know if the object is a conductor because the motor will run.

Student answer: If the object is a conductor it will do what it is suppose to do.

Student answer: To try it out and see if it is a conductor.

Student answer: You will know if the motor runs.

Student answer: You will know if the motor turns on that it is a good conductor.

Student answer: He will know if the motor runs.

Student answer: If it runs.

Student answer: He can put thing on a D-Cell.

Student answer: The light bulb will or the motor will make a sound.

Student answer: The motor will work and that annoying buzz will come back.

Student answer: Check if is right or not.

Student answer: He will know that if the motor runs.

Student answer: The motor will run.
Question: Denise made a circuit to light a bulb or run a motor. She used a special switch. Below is the schematic diagram of her circuit. The switch is inside the dotted box. What will happen when she moves the switch to the left?
Reference answer: The bulb will light.

Student answer: The light bulb will not work.

Student answer: Only the light will light.

Student answer: Nothing will happen.

Student answer: The light bulb will light up.

Student answer: It is going to stop.

Student answer: The light will come on.

Student answer: The bulb will light.

Student answer: Nothing.

Student answer: The bulb will come on.

Student answer: The motor will run.

Student answer: The light bulb will run.

Student answer: The light bulb will lit.

Student answer: It will not work.

Student answer: It will turn on.

Student answer: The motor will run.

Student answer: The light bulb will cut on.

Student answer: I will start the motor and light.

Student answer: When she moves the switch to the left the light bulb will turn on.

Student answer: The energy will keep flowing.

Student answer: If she moves the switch to the left everything will turn on.

Student answer: The light will run.

Student answer: The light bulb will turn on.

Student answer: The light run.

Student answer: The bulb will light.

Student answer: The motor and light will run.

Student answer: The light and motor goes on.

Student answer: Only the light bulb will light.

Student answer: The light will turn on.

Student answer: If she moves the switch left the motor will not start and the light will not light up.

Student answer: The light bulb would light up.

Student answer: The light bulb will turn on.

Student answer: The light bulb will work and the motor will work.

Student answer: It would be a series.

Student answer: Both of the receivers will light.

Student answer: It will go off.

Student answer: When the switch moves to the left, it will work.
Question: Denise made a circuit to light a bulb or run a motor off a D-cell battery. She used a special switch. Below is the schematic diagram of her circuit. The switch is inside the dotted box. Why will the bulb light when she moves the switch to the left?
Reference answer: There is a complete circuit connecting the bulb to the D-cell battery.

Student answer: It will happen because that is turning the switch off or opening the switch.

Student answer: Nothing will happen because you have to have a switch in front of the negative side to have it work.

Student answer: That will happen because it will make a complete circuit with the bulb.

Student answer: Because the battery is hooked to the switch that why.

Student answer: It is completing the circuit, but the motor is not connected to a complete circuit, but the bulb is.

Student answer: Because it is not complete.

Student answer: This will happen because the switch is turning that way making a complete circuit.

Student answer: Because it makes a complete circuit.

Student answer: It is like turning on a light switch.

Student answer: That would happen because the bulb is on the left and the electricity will be flowing that way.

Student answer: It lets electricity go through.

Student answer: It will happen because electricity is flowing to the light bulb.

Student answer: That will happen because the switch will touch the wire and electricity will be able to flow.

Student answer: It will happen because the motor and the bulb are not connected on the same wires.

Student answer: It is a circle.

Student answer: She will make a circle.

Student answer: It will happen because right now it is a closed circuit, so if she moves it to the left it will be an open circuit.

Student answer: That will happen because there is an open circuit so the electricity will travel to the source.

Student answer: Well, it is going out too far, far enough to not work.

Student answer: It will happen because it is in a running place.

Student answer: It will happen because the switch is channeling the electricity to the light bulb.

Student answer: Because if she would just move the it will light up the light bulb.

Student answer: That happens because if you move it to the left she just closed that circuit.

Student answer: Because left is to turn on and right is to turn off.

Student answer: Because the D-cell is in the middle.

Student answer: If she move the battery back it will light up.

Student answer: That is one circuit.

Student answer: That will happen because the switch will be closed.

Student answer: Because it is closed and when it is closed it runs.

Student answer: I learned it in class.

Student answer: Because the bulb is not in a circuit.

Student answer: Because it could not be a parallel circuit.

Student answer: I think that because it is able to do that.

Student answer: Because it is on an.

Student answer: It will because as long as there is a connection and it goes from the negative to the positive.
Question: Denise made a circuit to light a bulb or run a motor. She used a special switch. Below is the schematic diagram of her circuit. The switch is inside the dotted box. What will happen when she moves the switch to the right?
Reference answer: The motor will run.

Student answer: The light bulb will work.

Student answer: Only the motor will run.

Student answer: The motor will start running.

Student answer: The motor will run.

Student answer: Nothing.

Student answer: The motor will run.

Student answer: The motor will turn on if she moves it to the right.

Student answer: The light bulb will light.

Student answer: The motor will run.

Student answer: The motor will start.

Student answer: The motor will run.

Student answer: The electricity is moving through the circuit.

Student answer: It will work.

Student answer: It will turn off.

Student answer: The bulb will light.

Student answer: The motor will work.

Student answer: It will cut off the light and motor.

Student answer: It will turn on.

Student answer: It will turn on.

Student answer: The motor will run.

Student answer: The motor will turn on.

Student answer: The motor will work.

Student answer: The motor and light goes on.

Student answer: The motor will only run.

Student answer: The light will turn off.

Student answer: It will work.

Student answer: The motor will go on.

Student answer: The motor will run.

Student answer: It will light up because everything will work if it is all hooked up.

Student answer: The motor will run.

Student answer: When the switch is moved nothing will work.

Student answer: It will stay the same it will be a parallel circuit.

Student answer: If you turn the switch to the right, the motor will run.

Student answer: It will come on.

Student answer: It will go on.
Question:  Denise made a circuit to light a bulb or run a motor off a D-cell battery. She used a special switch. Below is the schematic diagram of her circuit. The switch is inside the dotted box. Why will the motor run when she moves the switch to the right?
Reference answer: There is a complete circuit connecting the motor to the D-cell battery.

Student answer: It will work because that is closing the switch.

Student answer: It will be a closed series.

Student answer: It will not work because you have to put the switch in front of the negative sign.

Student answer: That will happen because it will make a complete circuit with the motor.

Student answer: Because it ends at the positive so it will work.

Student answer: It is a complete circuit and the bulb is not connected to that circuit, and the motor is.

Student answer: It is not complete.

Student answer: That will happen because it is a complete circuit.

Student answer: This will happen because the switch is turning that way making a complete circuit.

Student answer: Same as the light but it is switch to the other side.

Student answer: Because the light bulb is on the right.

Student answer: Because if the switch is to the right it allows energy to flow to the motor.

Student answer: It got closer to the motor.

Student answer: Because it makes a complete circuit.

Student answer: The energy will go in the motor and go back in the positive.

Student answer: That will happen because the most energy will flow through the motor because the motor is on the right.

Student answer: That happen because the electricity is flowing around in a circle.

Student answer: It will happen because the energy source is flowing right.

Student answer: The motor's circuit will be completed.

Student answer: The switch will be off.

Student answer: It will happen because the switch moved so it turns off another thing.

Student answer: It will happen because it is flowing in a circle.

Student answer: It is a circle.

Student answer: Because the energy still has a countless form of energy.

Student answer: She will make a circle.

Student answer: The switch is closer.

Student answer: Power goes to the motor then to the light.

Student answer: The switch is not turned to the left.

Student answer: That will happen because there is no battery.

Student answer: Because the D-cell is not in the middle.

Student answer: That is one circuit.

Student answer: I learned it in class.

Student answer: Moving the switch to the motor will make it run.

Student answer: It will happen because it is strong.

Student answer: Because you turned it off.

Student answer: It can work if a wire is connected to the switch from the negative end.
Question: Trace over the complete circuit with your pencil to show where it is. Even though there is a complete circuit, the bulb will not light. Why not?
Reference answer: The circuit does not include both contact points on the bulb holder, so the electricity can not go through the bulb.

Student answer: It will not get light because the negative is getting to the motor.

Student answer: It will not light because one wire has to go in one side and one wire has to go in the other.

Student answer: There is not 2 wires for each little clip. There needs to be one coming from one clip and another coming from the other clip.

Student answer: The bulb will not light because one of the wires have to touch the other clip.

Student answer: Because the electricity is going to the motor.

Student answer: The bulb will not light because there is not enough electricity.

Student answer: It will not because there has to be a wire in each wire holder.

Student answer: The cord from the battery is not on both sides.

Student answer: Because the bulb will not have enough energy because of the light bulb.

Student answer: Because the positive wire is taking the energy right away.

Student answer: Because, the electricity goes through the wrong way the second time.

Student answer: There are 2 wires that should not be there the motor wires.

Student answer: It going in a coil.

Student answer: The wires are not even.

Student answer: It is not connected properly because the wires are not connected properly on the motor.

Student answer: The bulb will no because the other wire is not connected.

Student answer: There is not enough energy.

Student answer: The battery does not have enough power or the power is not getting to the bulb.

Student answer: The motor is not running.

Student answer: It will not light because when the electricity cannot flow through the wires.

Student answer: The bulb will not light up because they are all not connected and this does not make a circuit.

Student answer: Because it is not in a circle.

Student answer: It is in both the same circuit.

Student answer: The light bulb needs both plus and minus to be on different parts of the holder.

Student answer: It is not connected.

Student answer: More power goes to the motor.

Student answer: The wires are not connecting to the bulb.

Student answer: The bulb will not light because the positive and negative wires are hooked on the same hook.

Student answer: It does not work because the wire are not propel on the spring thing.

Student answer: Yes even though it is not a complete circuit.

Student answer: No because both wires are on both place.

Student answer: Some of the wires are disconnect.

Student answer: It will not light because the bulbs wires are not connected to both sockets.

Student answer: Because the motor got all the power.

Student answer: Because one side is hooked to the motor.

Student answer: The bulb will not work because the negative and the positive cannot go in the same way.