How do I find the eigenvalues of a vector? Headcount Report You are targeting a

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How do I find the eigenvalues of a vector?

Headcount Report You are targeting a total Production Volume increase of 10% in the next 7 days compared to the last 7 days' Actual Production Volume Assuming you maintain the same Productivity Rate as last week for the next 7 days, approximately how many Scheduled Hours will you need to schedule to achieve this goal? Home Team Profile Today's Screen Summary Volume (Packages) Scheduled Hours Overtime Hours Productivity Rate 48.0 51.3 49.5 42.1 47.7 Yesterday Plan Actual Difference Plan Actual Difference Plan Actual Difference Total Prodtvty 86,000 84,8811,119) 1,720 1,726 Team 1 Team 2 Team 3 Team 4 31,000 31,211 211 22,500 22,275 (225) 450 440 19,000 19,380 13,500 12,015 1,485) 270 247 -21 -10 60 23 Scheduled Hours 28 44 9 10 20 5 620 599 10 380 7 5 380 440 13 0 Overtime Hours 10,219 13,591 15,827 16,103 Volume (Packages) Productivity Rate 47.3 46.1 50.8 46.0 46.6 Last 7 Days Plan Actual Difference Plan Actual Difference Plan Actual Difference Team 1 Team 2 Team 3 Team 4 Note. The Productivity Report shows Planned, Actual, and Difference from the Plan for Volume in Packages, Scheduled Hours, and Overtime Hours. Goal for Productivity Rate is 50 packages per hour. Total Prodtivity 602,000 584,413 (-17,588) 12,040 12,088 48) 196 264 217,000 208,320 (-8,680) 4,340 4,428 (88) 70 92 57,500 156,713 788) 3,150 3,035115 42 51 49 101 35 20 161 133,000 134,330 1,330 2,660 2,821 94,500 85,050 (-9,450) 1,890 1,804 Productivity Rato is calculatod as foows: [Actual Volume/(Actual Scheduled Hours Actual Overtime Hours)y. -86 -15 Differences in red parentheses highlight where Plan was not met.

Explanation / Answer

Almost all vectors change direction, when they are multiplied by A. Certain exceptional vectors x are in the same direction as Ax. Those are the “eigenvectors”. Multiply an eigenvector by A, and the vector Ax is a number times the original x. The basic equation is Ax = D x. The number is an eigenvalue of A. T

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