Doubtrix Logo
  • home
  • Study help
    • Ask Your Doubt
  • Tutorials
  • For Tutors
  • Contact Us
  • Login
  • Sign Up
Search
Sign in | Sign Up
Search
Doubtrix Logo
  • home
  • Study help
    • Ask Your Doubt
  • Tutorials
  • For Tutors
  • Contact Us

Search questions

Subject:

Answer Type:

  • Math Archive: Questions from 2024-02-29

    |2 –n+i√n| = |2 -n| why they are equal.

    1 answer SHARE

    2. (20 pts) evaluate (a) ∫|z|=1 √9 - z 2dz; (b) ∫|z|=2 (z + 1) -2e zdz; (c) ∫|z-2i|=2 (z - i) -3arcsin zdz; (d) ∫|z|=2 z 3 (z - 1) -4dz; (e) let γ = [-1,1 + i] + β + [-1 + i, 1] where β(t) = i + e it for 0 ≤ t ≤ 3π. compute ∫γ (z 2 + 1) -1dz

    0 answer SHARE

    Ex. 1 - Consider the two-state DTMC with the transition matrix P = [ 1 - a a b 1 - b ] a, b ∈ [0,1]. Discuss the reducibility, periodicity and limiting/stationary/occupancy distributions to classify the DTMC for different a, b.

    0 answer SHARE

    Ex. 2 - Prove the transition matrix used by Metropolis [pij] satisfies the detailed balance condition with πi.

    1 answer SHARE

    Ex. 3 - Define the matrix P˜ whose (i,j) entry is πi 1/2 pijπj -1/2 , i.e., P˜: = D 1/2PD -1/2 , where D ≜ diag{π1, π2, … , πN} is the diagonal matrix with diagonal entry {πi }. Verify that the detailed balance condition is equivalent to the symmetry of P˜ : P˜ ⊤ = P˜.

    1 answer SHARE

    Evaluate (a) ∫|z|=1 √9 - z 2dz; (b) ∫|z|=2 (z + 1) -2e zdz; (c) ∫|z-2i|=2 (z - i) -3arcsin zdz; (d) ∫|z|=2 z 3 (z - 1) -4dz; (e) let γ = [-1,1 + i] + β + [-1 + i, 1] where β(t) = i + e it for 0 ≤ t ≤ 3π. compute ∫γ (z 2 + 1) -1dz

    1 answer SHARE

    If γ = β + [4π, 0] where β(t) = teit for 0 ≤ t ≤ 4π, evaluate the integral ∫γ (z 2 + 1) (z + 1)-1 (z + 4)-1dz

    1 answer SHARE
    • Submit Questions
    doubtrix Logo

    Doubtrix Education Help Services is one of the world’s premier online education services. The mission of our company is to provide accurate and detailed solutions.

    Quick Help
    • Ask An Expert?
    • About Us
    • Honor Code
    • Pricing & return policy
    • Assignment Solutions
    Study Help
    • Ask Your Doubt
    • Electrical Engineering
    • Math
    • Physics
    • Chemistry
    get in touch

    65, Gayatri Nagar-B, Maharani Farm, Durgapura, Jaipur-302018

    +91-6367441917
    E-Mail
    Copyright © 2021-24 Doubtrix | All Rights Reserved | Powered by GIT Infosys