Problem 1800. 03 - Matrix Variables 4

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 3x4 NaN (Not a Number) matrix</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>nan</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

756 Solutions
525 Solvers

Last Solution submitted on Dec 06, 2021

Last 200 Solutions

Problem Comments

Solution Comments

Solution 1175539

1 Comment

1 Comment

Informaton on 29 Apr 2017

Test suite check will work for incorrect answers too :(

Problem Recent Solvers525

Problem Tags

Community Treasure Hunt

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

Start Hunting!

Problem 1800. 03 - Matrix Variables 4

Solution Stats

Last 200 Solutions

Problem Comments

Solution Comments

Problem Recent Solvers525

Suggested Problems

More from this Author26

Problem Tags

Community Treasure Hunt

Problem 1800. 03 - Matrix Variables 4

Solution Stats

Last 200 Solutions

Problem Comments

Solution Comments

Problem Recent Solvers525

Suggested Problems

More from this Author26

Problem Tags

Community Treasure Hunt

Players