107 803
Assignments Done
100%
Successfully Done
In November 2024
In November 2024
Your physics assignments can be a real challenge, and the due date can be really close — feel free to use our assistance and get the desired result.
Physics
Be sure that math assignments completed by our experts will be error-free and done according to your instructions specified in the submitted order form.
Math
Our experts will gladly share their knowledge and help you with programming projects. Keep up with the world’s newest programming trends.
Programming
Learn more about our help with Assignments: Complex Analysis
Search & Filtering
Complex Analysis
Test the series for convergence : Details
1) [i^n ] / [2^(n+2)]
2) [ n! ^ 2] / [e^n]
3) [1] / [ {square root of (i+n) }^n ]
4) conjugate [ (1 / (n^i ) ]
1) [i^n ] / [2^(n+2)]
2) [ n! ^ 2] / [e^n]
3) [1] / [ {square root of (i+n) }^n ]
4) conjugate [ (1 / (n^i ) ]
Complex Analysis
Another answers :Test the series for convergence : Details
1 ) [3i+n] / [n^3+n+1]
2) [n+i] / [4^n]
3) [ 1/ ( n^i ) ] ^2
4) e ^ ( i cosh n)
1 ) [3i+n] / [n^3+n+1]
2) [n+i] / [4^n]
3) [ 1/ ( n^i ) ] ^2
4) e ^ ( i cosh n)
Complex Analysis
Test the series for convergence : Details
1 ) [3i+n] / [n^3+n+1]
2) [n+i] / [4^n]
3) [ 1/ ( n^i ) ] ^2
4) e ^ ( i cosh n)
1 ) [3i+n] / [n^3+n+1]
2) [n+i] / [4^n]
3) [ 1/ ( n^i ) ] ^2
4) e ^ ( i cosh n)
Complex Analysis
Test the series for convergence : Details
1) [i^n ] / [2^(n+2)]
2) [ n! ^ 2] / [e^n]
3) [1] / [ {square root of (i+n) }^n ]
4) conjugate [ (1 / (n^i ) ]
1) [i^n ] / [2^(n+2)]
2) [ n! ^ 2] / [e^n]
3) [1] / [ {square root of (i+n) }^n ]
4) conjugate [ (1 / (n^i ) ]
Complex Analysis
Find if these sequence convergent of divergent ( details )
1) [ (1+i)^(1/n) ] / square root(n-1)
2) [2^n! ] / [2^ (n+1)! ]
3) sin ((1+i)/n)
1) [ (1+i)^(1/n) ] / square root(n-1)
2) [2^n! ] / [2^ (n+1)! ]
3) sin ((1+i)/n)
Complex Analysis
Find if these sequence convergent of divergent ( details )
1) Zn = [ i.(z^n) - n.(3^(n+1)) ] / [ i.n .(2^(n-1)) ]
2) [ conjugate ( 4 n^2- i n +1 ) ] / [ (i n +3) ^2 ]
3) [ 8 ^ (n+1) - 5^(n) ] / [ 5 . (8^n)+ 3 ^(n+1)]
1) Zn = [ i.(z^n) - n.(3^(n+1)) ] / [ i.n .(2^(n-1)) ]
2) [ conjugate ( 4 n^2- i n +1 ) ] / [ (i n +3) ^2 ]
3) [ 8 ^ (n+1) - 5^(n) ] / [ 5 . (8^n)+ 3 ^(n+1)]
Complex Analysis
Test series for convergence:
1) conjugate [(1/n^i)]
2) (3i+n) / ( n^3+n+1)
3) [1/(n^i)]^2
4) e^(i cosh n)
1) conjugate [(1/n^i)]
2) (3i+n) / ( n^3+n+1)
3) [1/(n^i)]^2
4) e^(i cosh n)
Complex Analysis
Test series for convergence:
1) [ i^n/(2^(n+2)) ]
2) (n!)^2/e^n
3) 1/[root(i+n)]^n
4) e^(i coshn)
5) [n+i/(4^n)]
1) [ i^n/(2^(n+2)) ]
2) (n!)^2/e^n
3) 1/[root(i+n)]^n
4) e^(i coshn)
5) [n+i/(4^n)]
Complex Analysis
Find the integral
integral from 0 to 2 pi for
e^(e^(i theta )) d theta
where C: \Z\ =1 Oriented clockwise
integral from 0 to 2 pi for
e^(e^(i theta )) d theta
where C: \Z\ =1 Oriented clockwise
Complex Analysis
Find the integral
integral Curve f(z) = exp^(Z*) dz,
where C is line segment from 4i to 2
integral Curve f(z) = exp^(Z*) dz,
where C is line segment from 4i to 2
-
![Help me with my assignment!]()
Who Can Help Me with My Assignment
There are three certainties in this world: Death, Taxes and Homework Assignments. No matter where you study, and no matter…
-
![How to finish assignment]()
How to Finish Assignments When You Can’t
Crunch time is coming, deadlines need to be met, essays need to be submitted, and tests should be studied for.…
-
![Math Exams Study]()
How to Effectively Study for a Math Test
Numbers and figures are an essential part of our world, necessary for almost everything we do every day. As important…
"assignmentexpert.com" is professional group of people in Math subjects! They did assignments in very high level of mathematical modelling in the best quality. Thanks a lot
#339914 on Dec 2023
#339914 on Dec 2023