compute A^-1 A1 1[14]1 -1

Answered: A = [14]. -1

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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/2 1)96=21-5+2 2) 9(^) =a -2 2. 3) 2x² =D7-13x 4ta -4%30O
During the test, the smallest 'volume per breath' is 0.6 liters, and this first happens for a breath that starts 3 seconds into the test. The largest volume per breath is 1.9 liters; this happens for a breath beginning 54 seconds into the test. By creating a math model for this patient's breathing, doctors would have more information to decide if abnormal breathing is happening for the patient during the test**. Note: Let's assume that the patient's breath is steady: that the largest breath is equidistant from the first small breath and the second small breath. a) Find a formula for the function b(t) whose graph models the test data for this patient. b(t) = b) If the patient begins a breath every 5 seconds, what are the breath volumes during the first 30 seconds of the test? Hint: Your answer should be a list of numbers. Use the model from part (a) to find your answer(s), and write answers to 2 decimal places. liters **and also, more information to decide if the patient's breathing is…
Thanks, I don't know why ak does not contain z^K
What is the fermat value, in polynomial form, of integer 'a', if a=x^4 + 1; p=x^2 + 1?
35./ d-1-10. Toga(x-1)-10ga (xtb)) = l09.Cx2)
I don't understand how y*x^-1*y^-1 element of H becomes x*y*x^-1*y^-1. Please explain. Thank you
During the test, the smallest 'volume per breath' is 0.7 liters, and this first happens for a breath that starts 2 seconds into the test. The largest volume per breath is 1.7 liters; this happens for a breath beginning 53 seconds into the test. By creating a math model for this patient's breathing, doctors would have more information to decide if abnormal breathing is happening for the patient during the test**. Note: Let's assume that the patient's breath is steady: that the largest breath is equidistant from the first small breath and the second small breath. a) Find a formula for the function b(t) whose graph models the test data for this patient. b(t) b) If the patient begins a breath every 5 seconds, what are the breath volumes during the first 30 seconds of the test? Hint: Your answer should be a list of numbers. Use the model from part (a) to find your answer(s), and write answers to 2 decimal places. liters **and also, more information to decide if the patient's breathing is…
Determine the value of k such that (x^3-2kx+1)/(x-k ) has a remainder of 0.
For this second step after we have (a^-1ba)^k(a^-1 ba)^1, shouldn't we have a^k-1 b^k a^k a^-1 b^1 a^1?
Please compute the product
Find the coefficient of x^23 in (x^3 + x^4 + x^5 +...)^5?
Find A^(20)

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