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The game Electricity is similar to how neurons 'connect' with each other to send signals from the brain across the body in the sense that we are sending a tap across a chain of students to get the last person in line to raise their hand.

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Playing "electricity" demonstrated how synapses work in the brain. The person on your left touched your hand demonstrated the action potential. Neurotransmitters send signals to the postsynaptic membrane like when you touched the person on your right.

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the second we learn something a new pathway is forged but overtime of not using that pathway it can go away, but as you use it, it strengthens.

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We tried and tried again and again until eventually doing the right thing became muscle memory

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teams improve the more we play because we learn how other teammates play and can work better together

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Electricity is to demonstrate the way neurons connect with each other after a signal is sent through.

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touch, reaction, hearing, moving

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Brain and Nervous system worked together to try their best to react properly

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In the brain. Neurons fuse together sending messages to each other. In the game we were like this by sending each a message by touching the other persons hand.

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When the vesicles get excited because of an action potential they send a signal to the neurotransmitter and then they go to the receptor which creates an action. In the game this action would be touching the other person's hand.

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Reaction time was less than at the start of a game and hand was closer to teammate's palm

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The teams improved after playing a couple times because our brains got used to the game. With every round, our brain anticipated the touch and was ready to play. Making each round better than the last.

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It connects because of how our neurons are in an hurry to send signals by connecting with each other, just like we had to in electricity.

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they track the same way. by nerves and signals

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The game demonstrated synaptic activity in the brain because we tapped our partner's hands to represent the neurons joining together in synapses.

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Brain knew what to expect

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We put our hands closer together and became more alert to the sounds around us.

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Because all of our brains became increasingly alert/aware of the process, our reaction time (as a team) significantly decreased.

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In the video it shows us how two neurons come together to make a signal to happen for someone to move or react and that what was happening while we were playing the game.

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The game demonstrated synaptic transmission by giving us a physical and visual representation of how neurons emit electrical pulses throughout the nervous system to communicate to one another, enabling our body to everything it does today.

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Shifting hands so that the distance between you and another persons hands were close.

Angling the fingers to make sure that it would hit the right surface area.

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We had to transmit waves like our nuerons transmit brain waves

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Touch, reaction, hearing.

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We would put our hands closer together to get to the other hand faster and we would press the hand harder so it would be more alert.

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Electricity demonstrates the synaptic connection that is forged between two neurons becoming stronger over time as the two neurons are often connected by thought.

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Our brains got more used to the activity and did it faster each time.

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The game connects to how neurons work together and send signals telling our brain and body what to do. These signals will get faster over time the more we do it.

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we started putting our hand closer and slapped. each other because it. was faster then tapping

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Playing electricity shows how the neurons come close enough to each other and bind and get stronger at synapses to send signals and messages

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Neurons come together and pass information to each other sort of in a way like the game.

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Our brain got a growth mindset and since we were playing multiple times, the brain anticipated the tap to happen.

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over time instead of our hands being farther away we would make it closer to have a quicker reaction time

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Our brains became increasingly alert/aware of the process, therefore making our reaction time faster.

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In the first game, our hands were much farther apart which made the transmission slower. After that, we realized placing our hands closer made it easier to touch the other person.

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Our strategy was to have the two fingers be closer to the hand for a better reaction time

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In the game of "electricity" our team's strategy began to change overtime by making sure our hands were in a close position with other teammates' hands, and being more aware and vigilant about our senses in terms of hearing and feeling.

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Touch, hearing, reaction time, action, reaction time.

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We moved our partners hand and our hands closer to each other so we would have a quicker reaction time.

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The game demonstrated synaptic transmission in the brain because we had to react when the other people on out team touched our hand.

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our. brains got used to it and we started to expect what was. going to happen

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Because our brain and body got used to playing and we had more experience and our brain knew what was about to happen

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We put our fingers closer to our partners so there wasn't as much space in between our hands and we could tap our partner faster.

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As time went on everyone brain got better and started to know what was going to happen and making the reaction time faster

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Touch, hearing, reaction time

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What we did was we tried to put our hands closer to each other so that we would be faster than the other team and before that our hands or fingers were higher because we didn't know how to play

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we used Touch, repition , reaction time, hearing

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The brain passes signals through various neron strings similar to how we did in the game.

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I thought that if I put my hand closer to my teammates hand then we i would have a faster reaction time

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We just tried going faster and improving our reaction time.

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Sense of touch, action / reaction time, and ability to listen.

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It shows the connection between our touch and our brain as it receives something and sends out something in a quick motion. Also shows the connection of the neurons and them working together.

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Touch, feeling, reaction and memory

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As we played we got more used to the game and became better.

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The brain got more used to it and more experienced with the game and it knew what it was doing.

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We got more experience and more knowledge about what we were doing so we could strategize more and the brain would get used to do sending the same signals over and over.

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synapses join together and transfer information just how we were transfering our touch

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Touch, feeling, and reaction time

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touch, reaction time, hearing

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Touch- Signals to tell you to move your fingers down to touch the persons hand.

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The brain got to know what was going on so as we went on we got better because our brain knew what to expect

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We changed hand position, hand height, and hand orientation to make the change happen as fast as possible.

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The more we played the game the greater we improved due to our body beginning to build muscle and mental memory of the game. As a result this shorted our reaction time and allowed us to make decisions with our position of our hands etc... to respond faster.

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each time we played we got more experience so our brian was getting used to it

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Our team changed its strategy when we decided to put our fingers closer to the other persons hand so we would perform the action faster.

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Moved fingers closer so we could hit the other persons hand even faster

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Put hands closer so you can tap it faster

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As we played more and more, our brain got used to the feeling and tried to touch the other person's hand quicker.

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we put our hands closer together and the last persons hand got slapped because it was quicker.

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touch, feel, reaction time, movement, and sometimes hearing

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Brain had more experience and knew what was coming

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touch, reaction, hearing, movement, feeling, hearing

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After repeating the activity several time our brains know what to expect and are quicker to act.

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Touch,hearing,feeling, reaction, movement

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doing it over and over again so we got used to it.

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you got used to it and tried different strategies

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Teams improved because the teams knew how the game was going to work as the game went on.

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Touch, reaction time, repetition

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Touch, movement, memory

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We improved because as we continued to play the game we began to expect the tap and were ready to tap the next person's hands, we were more alert

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touch,feeling

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we moved our fingers closer to the hand to touch it quicker. We also positioned our hand to get the quickest time.

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Touch, feeling, and hearing

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Touch, reaction, sound, and hearing.

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Touching/feeling, movement, and hearing.

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more practice and your brain gets used to the pattern.

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Touch, Reaction time, and hearing.

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touch, reaction time, hearing

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Playing electricity demonstrated synaptic transmission in brain activity by showing how the communication between neurons in a specialized structure called a synapse goes on. It demonstrated this very well since we used this system to ensure that we were able to beat the other team by touching our teammates hand as quickly as possible to win.

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The brain represents synaptic transmissions because the neurons in the brain fire and create new synapses every time you learn something or practice something new. Therefore when you play the game electricity your bonds with the neurons grow stronger allowing you to do better.

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because neurons travel the same way through the brain

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because neurons travel the same way through the brain

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touch, reaction, timing, movement, action

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This game demonstrates synaptic transmission in brain activity by comparing us tapping each other's hands to the neurons passing messages to each other

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Just like we had to send a signal down to our teammates by touching them, our neurons connect to send signals to the brain.

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This demonstrates synaptic transmission because the neurons come together and then send a signal to the brain to perform a movement.