Problem 55405. Current through resistor

Created by Tanya Kuruvilla

Solve Later

{"parts":[{"partUri":"/matlab/document.xml","contentType":"application/vnd.mathworks.matlab.code.document+xml","content":"<?xml version=\"1.0\" encoding=\"UTF-8\"?><w:document xmlns:w=\"http://schemas.openxmlformats.org/wordprocessingml/2006/main\"><w:body><w:p><w:pPr><w:pStyle w:val=\"text\"/><w:jc w:val=\"left\"/></w:pPr><w:r><w:t>Three resistors (R2, R3, R4) are connected in parallel as shown in the figure.</w:t></w:r><w:r><w:t>  </w:t></w:r><w:r><w:t>If this combination is connected in series with a battery V (volts) and a resistor R1 (ohms).</w:t></w:r><w:r><w:t>  </w:t></w:r><w:r><w:t>Find the current I (in amps) through the R4 resistor? Round to the nearest 100</w:t></w:r><w:r><w:t>th</w:t></w:r><w:r><w:t>.</w:t></w:r></w:p><w:p><w:pPr><w:pStyle w:val=\"text\"/><w:jc w:val=\"left\"/></w:pPr><w:customXml w:element=\"image\"><w:customXmlPr><w:attr w:name=\"height\" w:val=\"77\"/><w:attr w:name=\"width\" w:val=\"272\"/><w:attr w:name=\"verticalAlign\" w:val=\"baseline\"/><w:attr w:name=\"altText\" w:val=\"\"/><w:attr w:name=\"relationshipId\" w:val=\"rId1\"/></w:customXmlPr></w:customXml></w:p></w:body></w:document>","relationship":[{"relationshipType":"http://schemas.mathworks.com/matlab/code/2013/relationships/image","target":"/media/image1.jpeg","relationshipId":"rId1"}]},{"partUri":"/media/image1.jpeg","contentType":"image/jpeg","content":"data:image/jpeg;base64,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","relationship":null}],"relationships":[{"relationshipType":"http://schemas.mathworks.com/matlab/code/2013/relationships/document","target":"/matlab/document.xml","relationshipId":"rId1"}]}

<div style = "text-align: start; line-height: 20.4333px; min-height: 0px; white-space: normal; color: rgb(0, 0, 0); font-family: Menlo, Monaco, Consolas, monospace; font-style: normal; font-size: 14px; font-weight: 400; text-decoration: rgb(0, 0, 0); white-space: normal; "><div style="block-size: 154.5px; display: block; min-width: 0px; padding-block-start: 0px; padding-top: 0px; perspective-origin: 407px 77.25px; transform-origin: 407px 77.25px; vertical-align: baseline; "><div style="block-size: 63px; font-family: Helvetica, Arial, sans-serif; line-height: 21px; margin-block-end: 9px; margin-block-start: 2px; margin-bottom: 9px; margin-inline-end: 10px; margin-inline-start: 4px; margin-left: 4px; margin-right: 10px; margin-top: 2px; perspective-origin: 384px 31.5px; text-align: left; transform-origin: 384px 31.5px; white-space: pre-wrap; margin-left: 4px; margin-top: 2px; margin-bottom: 9px; margin-right: 10px; "><span style="block-size: auto; display: inline; margin-block-end: 0px; margin-block-start: 0px; margin-bottom: 0px; margin-inline-end: 0px; margin-inline-start: 0px; margin-left: 0px; margin-right: 0px; margin-top: 0px; perspective-origin: 243px 8px; transform-origin: 243px 8px; unicode-bidi: normal; "><span style="">Three resistors (R2, R3, R4) are connected in parallel as shown in the figure.</span></span><span style="block-size: auto; display: inline; margin-block-end: 0px; margin-block-start: 0px; margin-bottom: 0px; margin-inline-end: 0px; margin-inline-start: 0px; margin-left: 0px; margin-right: 0px; margin-top: 0px; perspective-origin: 4px 8px; transform-origin: 4px 8px; unicode-bidi: normal; "><span style="">  </span></span><span style="block-size: auto; display: inline; margin-block-end: 0px; margin-block-start: 0px; margin-bottom: 0px; margin-inline-end: 0px; margin-inline-start: 0px; margin-left: 0px; margin-right: 0px; margin-top: 0px; perspective-origin: 129px 8px; transform-origin: 129px 8px; unicode-bidi: normal; "><span style="">If this combination is connected in series with a battery V (volts) and a resistor R1 (ohms).</span></span><span style="block-size: auto; display: inline; margin-block-end: 0px; margin-block-start: 0px; margin-bottom: 0px; margin-inline-end: 0px; margin-inline-start: 0px; margin-left: 0px; margin-right: 0px; margin-top: 0px; perspective-origin: 4px 8px; transform-origin: 4px 8px; unicode-bidi: normal; "><span style="">  </span></span><span style="block-size: auto; display: inline; margin-block-end: 0px; margin-block-start: 0px; margin-bottom: 0px; margin-inline-end: 0px; margin-inline-start: 0px; margin-left: 0px; margin-right: 0px; margin-top: 0px; perspective-origin: 209.5px 8px; transform-origin: 209.5px 8px; unicode-bidi: normal; "><span style="">Find the current I (in amps) through the R4 resistor? Round to the nearest 100</span></span><span style="block-size: auto; display: inline; margin-block-end: 0px; margin-block-start: 0px; margin-bottom: 0px; margin-inline-end: 0px; margin-inline-start: 0px; margin-left: 0px; margin-right: 0px; margin-top: 0px; perspective-origin: 6px 8px; transform-origin: 6px 8px; unicode-bidi: normal; "><span style="">th</span></span><span style="block-size: auto; display: inline; margin-block-end: 0px; margin-block-start: 0px; margin-bottom: 0px; margin-inline-end: 0px; margin-inline-start: 0px; margin-left: 0px; margin-right: 0px; margin-top: 0px; perspective-origin: 2px 8px; transform-origin: 2px 8px; unicode-bidi: normal; "><span style="">.</span></span></div><div style="block-size: 82.5px; font-family: Helvetica, Arial, sans-serif; line-height: 21px; margin-block-end: 9px; margin-block-start: 2px; margin-bottom: 9px; margin-inline-end: 10px; margin-inline-start: 4px; margin-left: 4px; margin-right: 10px; margin-top: 2px; perspective-origin: 384px 41.25px; text-align: left; transform-origin: 384px 41.25px; white-space: pre-wrap; margin-left: 4px; margin-top: 2px; margin-bottom: 9px; margin-right: 10px; "><img class="imageNode" style="vertical-align: baseline" src="data:image/jpeg;base64,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" data-image-state="image-loaded"></div></div></div>

Solve

Solution Stats

414 Solutions
53 Solvers

Last Solution submitted on Jan 20, 2023

Last 200 Solutions

Problem Comments

Solution Comments

Solution 9137235

Solution 9137230

1 Comment

1 Comment

Aiden on 28 Sep 2022

Not exploitable at all having 1 test

Problem Recent Solvers53

Problem Tags

Community Treasure Hunt

Find the treasures in MATLAB Central and discover how the community can help you!

Start Hunting!

Problem 55405. Current through resistor

Solution Stats

Last 200 Solutions

Problem Comments

Solution Comments

Problem Recent Solvers53

Suggested Problems

More from this Author31

Problem Tags

Community Treasure Hunt

Problem 55405. Current through resistor

Solution Stats

Last 200 Solutions

Problem Comments

Solution Comments

Problem Recent Solvers53

Suggested Problems

More from this Author31

Problem Tags

Community Treasure Hunt

Players