shdhhfhshokll6186

nitikagoyal2309

muaazaraiz12

oldsheldon

engrambreenakram

m3507728

matichacharmane

rubab3414

snowpeak

furiadhaval

tidgh26

nigel25

steve-devan

sambhavtawar

anilrkumar588

nainatyagi703

tcranford114

as9928255

eliasrayan15

professor1993

Answer: A = 0, 1, or -1Step-by-step explanation: The matrix A satisfies the eq...

Answer: a) both = 0 and b ) x = 3Step-by-step explanation: To find the absolut...

sanjeevinaidu.s.m.97

<div>&nbsp; &nbsp; &nbsp; Consider the matrix <img class="fm-editor-equation" src="data:image/png;base64,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" data-mlang="latex" data-equation="A%3D%5Cleft%5B%5Cbegin%7Barray%7D%7Bcccc%7D%0A1%20%26%200%20%26%200%20%26%201%20%5C%5C%0A0%20%26%201%20%26%200%20%26%200%20%5C%5C%0A0%20%26%203%20%26%201%20%26%200%20%5C%5C%0A1%20%26%200%20%26%200%20%26%201%0A%5Cend%7Barray%7D%5Cright%5D" /> &nbsp;</div>
<div>&nbsp;</div>
<div>
<div>(a) Find all values <img class="fm-editor-equation" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAkAAAAOCAYAAAD9lDaoAAAAAXNSR0IArs4c6QAAAKdJREFUKFN90dFpAlEQheFvQwoRQbsIGqPWkWAZEkklCfZhNKQNWcFKDEfuwrK6mac7zH/PnJmp3I8Kl6aUpBuP2GCLU+AulHyOJ+Qd+AaK6hhH/GDaBwWMyhfe/oOGBepVesC+TPPcZ/yACX77PL1ghyXWuFGKj7rsZ4XvLtT2McMAnwUaZdQAH3hH2sV0VKN0xqKBso8sL+0S+fhazNf3bte+6/XIf7IoJDtJ49ApAAAAAElFTkSuQmCC" data-mlang="latex" data-equation="%5Clambda" /> such that det (A-<img class="fm-editor-equation" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAkAAAAOCAYAAAD9lDaoAAAAAXNSR0IArs4c6QAAAKdJREFUKFN90dFpAlEQheFvQwoRQbsIGqPWkWAZEkklCfZhNKQNWcFKDEfuwrK6mac7zH/PnJmp3I8Kl6aUpBuP2GCLU+AulHyOJ+Qd+AaK6hhH/GDaBwWMyhfe/oOGBepVesC+TPPcZ/yACX77PL1ghyXWuFGKj7rsZ4XvLtT2McMAnwUaZdQAH3hH2sV0VKN0xqKBso8sL+0S+fhazNf3bte+6/XIf7IoJDtJ49ApAAAAAElFTkSuQmCC" data-mlang="latex" data-equation="%5Clambda" />I)=0, where <img class="fm-editor-equation" src="data:image/png;base64,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" data-mlang="latex" data-equation="%5Clambda%20%5Cin%20%5Cmathbb%7BR%7D" /> and I is 4 x 4 identity matrix.</div>
<div>&nbsp;</div>
<div>(b) For <img src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAkAAAAOCAYAAAD9lDaoAAAAAXNSR0IArs4c6QAAAKdJREFUKFN90dFpAlEQheFvQwoRQbsIGqPWkWAZEkklCfZhNKQNWcFKDEfuwrK6mac7zH/PnJmp3I8Kl6aUpBuP2GCLU+AulHyOJ+Qd+AaK6hhH/GDaBwWMyhfe/oOGBepVesC+TPPcZ/yACX77PL1ghyXWuFGKj7rsZ4XvLtT2McMAnwUaZdQAH3hH2sV0VKN0xqKBso8sL+0S+fhazNf3bte+6/XIf7IoJDtJ49ApAAAAAElFTkSuQmCC" data-mlang="latex" data-equation="%5Clambda" /> = 1, find a basis and the dimension of N ull (A-<img src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAkAAAAOCAYAAAD9lDaoAAAAAXNSR0IArs4c6QAAAKdJREFUKFN90dFpAlEQheFvQwoRQbsIGqPWkWAZEkklCfZhNKQNWcFKDEfuwrK6mac7zH/PnJmp3I8Kl6aUpBuP2GCLU+AulHyOJ+Qd+AaK6hhH/GDaBwWMyhfe/oOGBepVesC+TPPcZ/yACX77PL1ghyXWuFGKj7rsZ4XvLtT2McMAnwUaZdQAH3hH2sV0VKN0xqKBso8sL+0S+fhazNf3bte+6/XIf7IoJDtJ49ApAAAAAElFTkSuQmCC" data-mlang="latex" data-equation="%5Clambda" />I).</div>
<div>&nbsp;</div>
<div>NOTE: Show all steps of your solution.</div>
</div>

<div style="font-family:'Helvetica Neue', Helvetica, Arial;color:#333333;"> <div> <br> <picture><source srcset="https://prealliance-textbook-qa.oneclass.com/qa_images/homework_help/question/qa_images/86/8629697.jpeg" type="image/webp"></source><img src="https://prealliance-textbook-qa.oneclass.com/qa_images/homework_help/question/qa_images/86/8629697.jpeg" alt=""></picture> </div> </div> <div id="gje" class="hidden">? (a) Find M a d m, the absolute nak?mun and absolute- b Find aru and all borizontal and vertical asumptotes of the raph of 3- bg using an appropriate l'at,+G6 sketch (s req:ited </div>

sanjeevinaidu.s.m.97

sanjeevinaidu.s.m.97

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