184_notes:induced_current

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184_notes:induced_current [2021/11/12 23:13] – [Step 3.) Choose the $d\vec{A}$] stumptyl184_notes:induced_current [2021/11/12 23:14] – [Step 5: Determining $V_{ind}$] stumptyl
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 In our case, this means we'd be taking a small positive number minus a big positive number. This will result in a //negative// change in flux. (If it helps, you can assign numbers to help you think through this. For example, we could take $2-10 = -8$.) So we write down in the sixth column that the change in flux is negative. In our case, this means we'd be taking a small positive number minus a big positive number. This will result in a //negative// change in flux. (If it helps, you can assign numbers to help you think through this. For example, we could take $2-10 = -8$.) So we write down in the sixth column that the change in flux is negative.
  
-[{{184_notes:ic_flux.png+[{{184_notes:inductionchart_partd.png
 ?440|Step 4: Determine the sign of the change in flux based on the initial and final flux for the situation.  }}] ?440|Step 4: Determine the sign of the change in flux based on the initial and final flux for the situation.  }}]
  
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 For our example, the change in flux was negative. So we write down "positive" for the $V_{ind}$ column. For our example, the change in flux was negative. So we write down "positive" for the $V_{ind}$ column.
  
-[{{184_notes:ic_vinduced.png+[{{184_notes:inductionchart_parte.png
 ?440|Step 5: The sign of the V-induced is the **opposite** of the change in flux.  }}] ?440|Step 5: The sign of the V-induced is the **opposite** of the change in flux.  }}]
  
  • 184_notes/induced_current.txt
  • Last modified: 2021/11/12 23:15
  • by stumptyl