Electricity Comic
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Piyush Keshan 10-A Physics Portfolio Comic
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- Topic: Current Electricity
- Indian Language School
- By: Piyush Keshan X-A
- Electricity is so useful. It has taken the world onto another level of development.
- We will start Current Electricity!
- Hey do you know what the teacher will teach today?
- Last year we learnt a little about electricity.
- Hey! What are the differences between Series and Parallel combinations?
- In series combinations,the voltage changes but current remains constant.
- In parallel combinations, the voltage remains constant but current changes.
- VoltmeterBulbElectric cellAmmeterResistor
- Students.,These are the important formulae of Electricity.
- V = IRQ = ItP = VIH = VItR = ρl/ARs = R1 + R2 +...+ Rn1/Rp = 1/R1 +...+ 1/Rn
- The Potential Difference across the ends of a given metallic wire in an electric curcuit is directly proportional to the current flowing through it, provided its temperature remains constant.V = IR Click To EditThe Potential Difference across the ends of a given metallic wire in an electric curcuit is directly proportional to the current flowing through it, provided its temperature remains constant.VI Help Insert ParagraphUndoes the last commandRedoes the last commandTabUntabSet a bold styleSet a italic styleSet a underline styleSet a strikethrough styleClean a styleSet left alignSet center alignSet right alignSet full alignToggle unordered listToggle ordered listOutdent on current paragraphIndent on current paragraphChange current block's format as a paragraph(P tag)Change current block's format as H1Change current block's format as H2Change current block's format as H3Change current block's format as H4Change current block's format as H5Change current block's format as H6Insert horizontal rulelinkDialog.show Summernote 0.8.11 · Project · Issues
- Students., State Ohm's law...
- Excellent! Now, state Joule's law...
- Joule's Law states that the heat produced in a conductor is directly proportional to the square of current through it, its resistance and the time for which current is passed.H = (I^2)Rt
- Ok kids! Time to go.
- Yeah, Super-Conductors lose their resistivity at a fixed temperature.
- Semi-Conductors have resistivity between that of an insulator and a conductor.
- Hey! Do you know about super-conductors?
- Thank You
- And Semi-Conductors?
- Thanks bro!
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