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How do electrons know if there is a short ciruit?

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how fast do electrons move?

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What happens when only the load is only going through a circuit

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1. Is electricity lost when an extra wire is added from a complete circuit connecting to an incomplete circuit?

2. Can electricity be manipulated or duplicated in a running circuit? Can a load device produce electricty?

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Are you able to strengthen the power of electrons?

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How many electrons are in the bright light bulbs?

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Why do electrons flow through the path of least resistance instead of taking the path with most load devices active. Why do they not want to power more

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1.What does a motor do?

2.How do wires connect?

3.What happens when a battery blows up?

4.Why aren't all light bulbs light up with the same brightness.

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Is their anyway to change the nature of electrons so that they do not take the shorter/easier path?

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how many load devices can you have until a battery burns out.

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Hypothetically, if you put infinite light bulbs into a parallel circuit, would the light bulbs get dimmer in brightness or would they stay the same? What would happen if you put infinite light bulbs into a series circuit, would they simply not shine?

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Is there a way to somehow strengthen the power of electrons (maybe by increasing the quantity of them before releasing them into a circuit)? Would this help provide electrons to EACH component/load device in the circuit no matter the path of resistance?

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1. How do people help build buildings using computer science?

2. How does electricity form in cloud to form a thunder?

3. How did space form?

4. How does electricity form and flows when a closed circuit forms?

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Do parallel circuits have the same voltage for each light. Like if one light in a parallel circuit had 6 volts would all the lights in the parallel circuit be 6 volts.

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is a load device everything that can use the electricity like a motor or bulb

what is the limit to conductors that can connect from a short circuit before it fries out

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1. Can Electron Travel through ice

2. Can Electron hit another electron?

3. Can water be a wire instead of wires in a circuit?

4. Is molten magma a conductive material?

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How do electrons go through a short circuit?

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In big buildings and professional electrician works, where would series, parallel and combination circuits come into play? Which type of circuit is most commonly used when creating electrical systems for lighting in rooms.

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Do the light bulbs become brighter or dimmer depending on the voltage of the battery or any other power source?

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How are the lights getting equal voltage in a parallel circuit, but not in a combination circuit?

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Is air a conductor because it can carry electrons?

can humans invent teleportation using electrons and light speed?

can humans touch and use electrons?

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Ethan & Luis: How does snapping specific pieces into specific part of the power source cause different amount of energy to pass through?

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Mikes question

How many different load devices could you put into a combination curcut before the energy would be fully used.

Peters question

if 100% comes from the battery through the plus, how much is lost in the process on its way to the minus.

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How can bulb -A light up brightly but bulb-b or bulb-c ?

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Why does rubber not conduct electricity and what material else does circuit not conduct.

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Why does rubber not conduct electricity and what material else does circuit not conduct.

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Ava: Why does the electrons always want to take the path of least resistance?

Catinca: Why do the electrons decide to take the positive side of the power source and not the negative?

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In Station 2, Circuit A one of the 2 lightbulbs were missing. The electrons are flowing through only one load device. However, the brightness of the bulb in Cicuit A is as bright as the bulbs in Circuit B even though Circuit B has 2 load devices that the electrons flow through which, should decrease the overall brightness of the bulbs. Why is it that Circuit A's bulbs and Circuit B's bulbs are the same brightness?

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Why do the electrons naturally take the path of least resistance, and why is their nature to take the quickest path?

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I have a question about the short circuit. there is sometimes a parallel circuit that have 3 electrical wire and 2 bulbs.  if the 3rd wire was the switch and its not on, which line will be the short circuit?

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I have a question about the short circuit. there is sometimes a parallel circuit that have 3 electrical wire and 2 bulbs.  if the 3rd wire was the switch and its not on, which line will be the short circuit?

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in a combination circuit, why are both parallel light bulbs turned on?

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why does the first light bulb in a combonation circuit alot brighter then the others

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How can you change the voltage in an outlet while keeping the same battery?

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Why do both light bulbs in a series circuit have the same brightness level?

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Why is the first light bulb in a combination circuit brighter then the other 2 bulbs

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Why would the farther light bulb in a parallel circut light up because wouldn't the wires add resistance and then make it not have the least resistance?

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How do the electrons know to change their way of direction so quickly when we screwed a light bulb off? How do they know which path is the path of least resistance?

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Why are lightbulbs in paralell circuits the same brightness even if one lightbulb has been removed

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If different types of pathways, such as wires of different materials, are used in the different parts of a parallel circuit, would the load devices still each get the same amount of voltage?

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If different types of pathways, such as wires of different materials, are used in the different parts of a parallel circuit, would the load devices still each get the same amount of voltage?

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Why is it that parallel circuits do not end up making bulbs dimmer than if they were in a series circuit? How do the electrons flow in a way that does not cause the bulbs to be dimmer despite more bulbs being added to the parallel circuit?

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If the number of protons and electrons in an atom must always remain equal to not disrupt the balance, when electrons transfer from one atom to another, how is it not disrupting the balance of the atom? In other words, what is happening to the atom when electrons tranfer between atoms and disrupt the balance of protons to electrons?

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Is the reason that the flow of electrons and the current are different because electrons are negatively charged, and therefore the opposite direction of motion would intuitively be a positively charged current? That is my current hypothesis, but I have no evidence.

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Can the speed of circuits be slowed down?

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Why is there different amounts of volts on the power suppply

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What happens if there are varied voltages in a combination circuit?

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Why does electrons chose to go through the least resistance pathway instead of going through the other pathway. If so is there anyway to force electrons to go through the other pathway without blocking it off?

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What happens to electrons when their opposite paths through a circuit collide, and they have nowhere else to go?

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What's the difference between the push button switch and a lever switch? Why is there less power to the load device with the push button but more with the lever?

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How did the first bulb in station one stay dimmer then A but brighter than B2 when it was first in the series and in other series this didn't happen so how did it happen?

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Why are multiple loads in a parallel circuit just as effective as a single load in a series circuit when the same amount of voltage is supplied?