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|---|---|---|---|---|---|
EN_B00000_S02991_W000004 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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"text": " So calculate the current flowing through each resistor using Kirchhoff's rules.",
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EN_B00000_S02991_W000005 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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"text": " So let's say that the current that's flown through the first resistor, we're going to call it I1, and the current flown through the second resistor, let's call it I2, and the ... | [
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EN_B00000_S02991_W000006 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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"text": " So notice that we have a current I1 which flows into the junction, and I2 leaves the junction, I3 also leaves it to go this way. Now according to this junction rule, the curre... | [
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EN_B00000_S02991_W000007 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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"text": " leaves the junction. So the only current that's entering the junction is I1.",
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EN_B00000_S02991_W000008 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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"text": " The other two currents are leaving the junction, so I1 has to equal the sum of I2 plus I3. So that's one equation that we have so far. We're going to use it later.",
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EN_B00000_S02991_W000009 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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"text": " Now the next thing that we need to talk about is Kirchhoff's voltage law.",
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EN_B00000_S02991_W000010 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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"text": " Which is important when using the loop rule.",
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EN_B00000_S02991_W000011 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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"text": " So that law states that the sum of all the voltages around a loop or around a closed circle must add to zero. Now, when going around a loop, you need to determine",
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EN_B00000_S02991_W000012 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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"text": " Which elements will create a positive voltage contribution to the circuit, and which one will create a voltage drop, or a negative contribution to the voltage of the circuit. So... | [
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EN_B00000_S02991_W000013 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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"text": " To let's say a high potential, if you're traveling in that direction, then the voltage is increasing, so there should be a voltage lift.",
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EN_B00000_S02991_W000014 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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"text": " Now here's a question for you. Let's say the current is flowing in this direction.",
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EN_B00000_S02991_W000015 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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"text": " Will this be associated with a positive voltage or a negative voltage?",
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EN_B00000_S02991_W000016 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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"text": " Now keep in mind, current flows from high potential to low potential.",
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EN_B00000_S02991_W000017 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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"text": " So we're going in this direction. We're going from a positive to negative. So therefore, this will be associated with a voltage drop.",
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EN_B00000_S02991_W000018 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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"text": " So when using the loop rule, if you're going in a direction of the current, that's associated with a voltage drop. Now, if you're going opposite to the direction of the current,"... | [
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EN_B00000_S02991_W000029 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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EN_B00000_S02991_W000033 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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EN_B00000_S02991_W000035 | /proj/MR_dataset/mtk53678/downloads/00e15b7f13b78e2cd1bd81f798aac965245694df3ac74f926a3805752920ddee | {
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