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conduction the heat tasferd up the meatle spoon and 🤬 the heat is rising the paperclps start melting of and that shows how it works and how the temcher riss to the top

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conduction the heat tasferd up the meatle spoon and 🤬 the heat is rising the paperclps start melting of and that shows how it works and how the temcher riss to the top

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The metal conducts heat so fast the first paper clip almost falls off right away and then after a while the heat moves down the spoon and the other paper clips fall off that is how it shows conduction. I saw that the one closest to the heat will fall off first!

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In the video's I noticed that if I got a skinny pole and put paper clips on it, the last paper clip would fall off from the heat because if I had 3 paper clips on a pole the heat would move the energy down to the end and burn off the first one then the second and then the last.

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The paperclip demo showed conduction by heating up a metal spoon with the paperclips on the spoon, when the metal spoon gets heated up the heat transferred quickly through the solid spoon and the wax holding down the paperclips started to melt. The heat that was getting transferred through the metal spoon heated up very quickly and made the paperclips fall off one by one.

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i learnt that when the fire makes contact with the spoon the atoms start to vibrate and bump into each other which transfers the heat through the spoon which was what made the paperclips fall

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what I saw was that if you put the paperclip in order the first one will melt first and so on till the last on melts and then it will all melt

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the paperclip demo shows conduction by putting paperclips on a metal spoon with some wax, the paperclip that was closest to the lamp melted.

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the heat transferred through the metal spoon . the heat was coming from the left and the order that the paper clips fell was from left to right proving that conduction was at work here

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I saw that the first paper clip well first since it was closest to the heat, melting the wax that the paper clip was on.

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the paper clip closest to the flame fell first because the heat traveling through the metal came in contact with the wax holding the paper clip so it fell

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The heat transferred up the metal spoon when the freely moving electrons started heating up the molecules which then started to move faster. In the video the man took a spoon and put paperclips on the spoon using wax and then he lit a candle and placed the metal spoon over the candle. The closer the heated molecules got to the paperclips the wax started to melt which made the paperclip closes to the heat fall and soon they fell this is a example of conduction.

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the paperclip demo showed conduction by putting paperclips on a metal spoon and heating the spoon up s the spoon heated up the paperclips started to fall of one by one.

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I have seen that the first paper clip will fall of first because it is close to the heat. Metal can conduct heat pretty fast, The one that is far away will always be the last!

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As each paper clip fell off of the spoon it showed how heat travels through the metal without any movement. The wax melted faster the closer it was to the heat.

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The paper clip closest to the lamp fell off first because the heat conducted from the lamp melted the wax holding the paper clip on.

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the paperclip demo shows conduction by putting paperclips on a meteal spoon with candle wax. the closer the paperclips were, the faster the wax wpuld melt. this showed conduction by demostrating how fast conduction gose past a meatel spoon

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The paperclip demo showed conduction by putting paperclips on a metal spoon with wax. The closer the paperclip was, the faster it would melt. This showed conduction by demonstrating how fast conduction goes through a metal spoon.

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