离散数学与图论代写 图论代写 离散数学代写 数学作业代写
417Discrete Mathematics and Graph Theory 离散数学与图论代写 Practice Class 4 1. Give recursive definitions of the following sequences. (a) The sequence of powers of 2: 20 = 1, and for n ≥ 1, _ ...
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数学考试代做 To get full credit you must show ALL your work. The problems must be solved without any assistance of others or the usage of unauthorized material
To get full credit you must show ALL your work.
The problems must be solved without any assistance of others or the usage of unauthorized material or information. This is a “closed book” exam: no texts, notes or calculators allowed.
Consider a metal rod encased in a thermal insulator. Suppose the rod is immersed in boiling water so that its temperature is 100˚C throughout, and then removed from the water at time t = 0 with one of its ends immediately put in ice and kept at temperature 0˚C, and insulated on the other end.
Mathematically, this situation can be modeled as follows:
Show the details of your construction of the solution. You must show all the steps of your calculation for full credit.
Which of the following is the general solution of the equation
(a)y(t) = ce−t − te−t ?
(b) y(t) = tet + cet ?
(c) y(t) = te−t + ce−t ?
(d) y(t) = e−t + ce−t ?
(e) y(t) = te−t + cte−t ?
(f) None of the above
Find a differential equation whose general solution is: y(x) = c1ex + c2e-3x, where c1, c2 are arbitrary real numbers.
The function E(t) is T-periodic, defined in one periodic window by
Determine the Fourier series for E(t)
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Discrete Mathematics and Graph Theory 离散数学与图论代写 Practice Class 4 1. Give recursive definitions of the following sequences. (a) The sequence of powers of 2: 20 = 1, and for n ≥ 1, _ ...
View detailsMATH 7241 代写数学作业 Problem Set #3 Reading: relevant background material for these problems can be found in the class notes, and in Rosenthal Chapter 3. Problem Set #3 代写数学作业 ...
View detailsMATH5806 Applied Regression Analysis Mid-session Test 应用回归分析作业代写 Note: • This assessment is due Thursday 30th June (Week 5), 2:30pm and must be uploaded to Moodle. You have 1.5 ho...
View detailsMT5863 Semigroup theory: Problem sheet 1 Definition and basic properties 半群理论代写 Let S be a semigroup, and let e, z, u ∈ S. Then: (i) e is a left identity if ex = x for all x ∈ S; (ii)...
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