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It was a good idea to have one person learn each part of the activity then explain it to the others it was really easy to understand when someone explained it a lot better.

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I learned electrical currents need help flowing and if they're left by themselves they won't move at all.

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I learned more about resistors and how they can be used for real life situations

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I learned that voltage  is the amount of potential energy between two points on a circuit

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Learning about this four things helps me see how they are all connected, but I still don't see how the Ohm's Law really works

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I learned that ohms law is easier than I thought

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I learned that resistors can be applied to real life situations, not just in circuits. Like the example given of the water in the tubes where the narrow tube resists the flow of water. We didn't even need to place a resistor, we just needed to see how the sizes themselves can resist.

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I found out that a conventional current is just the current flow from positive to negative

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AHA
Different types of batteries basically put in the same work even though the other have different numbers Coulombs.

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This jigsaw helped me have a better understanding of voltage, current, and resistance. By having a better understanding of these, it allowed me to also have a clear understanding of Ohm’s Law.

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With ohm's law I can now tell that how everything is related with the equation. where v is voltage I is amps and R is resistance

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The direction between Voltage, Current, and Resistance is clear to see in the Ohm's Law. It also helped to see all the direct relationships.

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*AHA* This may seem silly, but before reading about current, I had no idea that the equation for amps and the equation for current were THE SAME THING. I now know that current is measured in amps, and I=Q/T is the same thing as A=Coulombs/second.

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AA Batteries and D Batteries put in the same amount of work! The only different is that one has more coulombs.

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This helped me have a clear understanding as my group members describe to me their understanding of the words and I found out an easy to remember the formula's to find Voltage, resistance, and current.

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Water is a good representation of a current, you can add in a water hose with a source (battery) and different narrow/wide pathways to describe and visualize resistance and such. yap

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I didn't really understand resistance until Bruno explained what was going on thank you Bruno I feel educated. Also it was a good idea to have everyone learn each topic and explain it to the others. That is truly innovative.

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This jigsaw helped better show the relationship between voltage, current, and resistance, as well as their effects on each other