Problem 1799. 03 - Matrix Variables 3

Created by Samuel Thrysøe

Solve Later

{"relationships":[{"relationshipType":"http://schemas.mathworks.com/matlab/code/2013/relationships/document","targetMode":"","relationshipId":"rId1","target":"/matlab/document.xml"},{"relationshipType":"http://schemas.mathworks.com/matlab/code/2013/relationships/output","targetMode":"","relationshipId":"rId2","target":"/matlab/output.xml"}],"parts":[{"partUri":"/matlab/document.xml","relationship":[{"relationshipType":"http://schemas.mathworks.com/matlab/code/2013/relationships/image","targetMode":"","relationshipId":"rId1","target":"/media/image1.png"}],"contentType":"application/vnd.mathworks.matlab.code.document+xml","content":"<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n<w:document xmlns:w=\"http://schemas.openxmlformats.org/wordprocessingml/2006/main\"><w:body><w:p><w:pPr><w:pStyle w:val=\"text\"/></w:pPr><w:r><w:t>Make the following variable:</w:t></w:r></w:p><w:p><w:pPr><w:pStyle w:val=\"text\"/></w:pPr><w:customXml w:element=\"image\"><w:customXmlPr><w:attr w:name=\"height\" w:val=\"-1\"/><w:attr w:name=\"width\" w:val=\"-1\"/><w:attr w:name=\"relationshipId\" w:val=\"rId1\"/></w:customXmlPr></w:customXml></w:p><w:p><w:pPr><w:pStyle w:val=\"text\"/></w:pPr><w:r><w:t>A 10x10 matrix where the numbers from 1 to 100 runs down the columns</w:t></w:r></w:p><w:p><w:pPr><w:pStyle w:val=\"text\"/></w:pPr><w:r><w:t>(Hint: use</w:t></w:r><w:r><w:t> </w:t></w:r><w:r><w:rPr><w:b/></w:rPr><w:t>reshape</w:t></w:r><w:r><w:t>)</w:t></w:r></w:p></w:body></w:document>"},{"partUri":"/matlab/output.xml","contentType":"text/xml","content":"<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"no\" ?><embeddedOutputs><metaData><evaluationState>manual</evaluationState><layoutState>code</layoutState><outputStatus>ready</outputStatus></metaData><outputArray type=\"array\"/><regionArray type=\"array\"/></embeddedOutputs>"},{"partUri":"/media/image1.png","contentType":"image/png","content":"data:image/png;base64,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"}]}

Solve

Solution Stats

706 Solutions
474 Solvers

Last Solution submitted on Nov 22, 2020

Last 200 Solutions

Problem Comments

Problem Recent Solvers474

Problem Tags

Community Treasure Hunt

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

Start Hunting!

Problem 1799. 03 - Matrix Variables 3

Solution Stats

Last 200 Solutions

Problem Comments

Problem Recent Solvers474

Suggested Problems

More from this Author26

Problem Tags

Community Treasure Hunt

Problem 1799. 03 - Matrix Variables 3

Solution Stats

Last 200 Solutions

Problem Comments

Problem Recent Solvers474

Suggested Problems

More from this Author26

Problem Tags

Community Treasure Hunt

Players