File:Series and parallel circuits2.svg
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Size of this PNG preview of this SVG file: 497 × 190 pixels. Other resolutions: 320 × 122 pixels | 640 × 245 pixels | 1,024 × 391 pixels | 1,280 × 489 pixels | 2,560 × 979 pixels.
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DescriptionSeries and parallel circuits2.svg |
English: This image shows the concepts of series (left) and parallel (right) circuits. In each circuit, there is a 9 V battery and two 500 Ω resistors. In the series circuit, the resistors subtract voltage and the current is equal everywhere. In the parallel circuit, each resistor provides additional conductivity, so the current through each of them is summed and the voltage is equal everywhere. See Series and parallel circuits.
Nederlands: Deze afbeelding laat het verschil tussen een serieschakeling (links) en een parallelschakeling (rechts) zien. In beide schakelingen zijn twee 500 Ω weerstanden en een 9 V batterij te zien. Bij de serieschakeling wordt de spanning (U) verdeeld over de weerstanden, terwijl de stroomsterkte (I) overal gelijk is. Bij de parallelschakeling wordt de stroomsterkte (I) verdeeld over de weerstanden, terwijl de spanning (U) overal gelijk is. |
Note InfoField | This is a different version of File:Series_and_parallel_circuits.svg in which I've fixed the electrical by swapping the + and the - (See here) and correctly centered the letters in their circles. Also I've optimized the filesize by 50% (by merging shorter lines into bigger ones etc.). Krinkle (talk) 15:10, 17 December 2009 (UTC) |
Date | |
Source | Own work |
Author | |
Other versions | Series and parallel circuits.svg: (original) |
SVG development InfoField | This W3C-invalid vector image was created with Adobe Illustrator. |
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Date/Time | Thumbnail | Dimensions | User | Comment | |
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current | 15:02, 17 December 2009 | 497 × 190 (31 KB) | Krinkle (talk | contribs) | {{Information |Description={{en|1=This image shows the concepts of series (left) and parallel (right) circuits. In each circuit, there is a 9 V battery and two 500 Ω resistors. In the series circuit, the resistors subtract voltage and the current is |
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Width | 497.354px |
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Height | 190.221px |