Simulation isye 6644 Study guides, Class notes & Summaries

Looking for the best study guides, study notes and summaries about Simulation isye 6644? On this page you'll find 39 study documents about Simulation isye 6644.

Page 4 out of 39 results

Sort by

ISYE 6644 Week 14 Homework Simulation
  • ISYE 6644 Week 14 Homework Simulation

  • Exam (elaborations) • 8 pages • 2021
  • Available in package deal
  • ISYE 6644 Week 14 Homework Simulation|ISYE 6644 Week 14 Homework Simulation|ISYE 6644 Week 14 Homework Simulation
    (0)
  • $11.49
  • + learn more
ISYE 6644 Week 13 Homework Simulation
  • ISYE 6644 Week 13 Homework Simulation

  • Exam (elaborations) • 8 pages • 2021
  • Available in package deal
  • ISYE 6644 Week 13 Homework Simulation|ISYE 6644 Week 13 Homework Simulation|ISYE 6644 Week 13 Homework Simulation
    (0)
  • $11.49
  • + learn more
Week 2 Module 2 (L1-9) Knowledge Checks Summer_ Simulation and Modeling for Engineering and Science
  • Week 2 Module 2 (L1-9) Knowledge Checks Summer_ Simulation and Modeling for Engineering and Science

  • Exam (elaborations) • 22 pages • 2022
  • Week 2 Module 2 (L1-9) Knowledge Checks Summer_ Simulation and Modeling for Engineering and Science
    (0)
  • $14.99
  • + learn more
Week 3 Homework - Summer 2020_ Simulation and Modeling for Engineering and Science - ISYE-6644-OAN_O-VERIFIED ANSWERS
  • Week 3 Homework - Summer 2020_ Simulation and Modeling for Engineering and Science - ISYE-6644-OAN_O-VERIFIED ANSWERS

  • Exam (elaborations) • 26 pages • 2021
  • Question 1 1 / 1 pts (Lesson 3.1: Solving a Differential Equation.) Suppose that . We know that if is small, then Using this expression with , find an approximate value for . a. 1 b. 2.72 c. 7.38 Correct! Correct! d. 14.936/9/2020 Week 3 Homework - Summer 2020: Simulation and Modeling for Engineering and Science - ISYE-6644-OAN/O01 We have So using h = 0.01, we have Thus, the answer is (d). We have So using h = 0.01, we have Thus, the answer is (d). Question 2 1 / 1 pts (Lesson...
    (0)
  • $14.49
  • + learn more
Georgia Institute Of TechnologyISYE 6644Week 5 Homework - Summer 2020_ Simulation and Modeling for Engineering and Science - ISYE-6644-OAN_O
  • Georgia Institute Of TechnologyISYE 6644Week 5 Homework - Summer 2020_ Simulation and Modeling for Engineering and Science - ISYE-6644-OAN_O

  • Exam (elaborations) • 17 pages • 2021
  • 6/30/2020 Week 5 Homework - Summer 2020: Simulation and Modeling for Engineering and Science - ISYE-6644-OAN/O01 Week 5 Homework - Summer 2020 Due Jun 19 at 11:59pm Points 19 Questions 19 Available Jun 12 at 8am - Jun 19 at 11:59pm 8 days Time Limit None This quiz was locked Jun 19 at 11:59pm. Attempt History Attempt Time Score LATEST Attempt 1 732 minutes 14 out of 19 Score for this quiz: 14 out of 19 Submitted Jun 19 at 9:39pm This attempt took 732 minutes. Question 1 1 / 1 pts (L...
    (0)
  • $11.49
  • + learn more
ISyE 6644 — Fall 2017 Homework #1 Solutions
  • ISyE 6644 — Fall 2017 Homework #1 Solutions

  • Exam (elaborations) • 5 pages • 2021
  • ISyE 6644 — Fall 2017 Homework #1 Solutions 1. (Deterministic Model.) Suppose you throw a rock off a cliff having height h0 = 500 feet. You’re a strong bloke, so the initial downward velocity is v0 = 100 feet/sec (slightly under 70 miles/hr). Further, in this neck of the woods, it turns out there is no friction in the atmosphere — amazing! Now you remember from your Baby Physics class that the height after time t is When does the rock hit the ground? 2. (Stochastic Model.) Cons...
    (0)
  • $8.49
  • + learn more
ISyE 6644 — Fall 2017 Homework #1 Solutions
  • ISyE 6644 — Fall 2017 Homework #1 Solutions

  • Exam (elaborations) • 5 pages • 2021
  • ISyE 6644 — Fall 2017 Homework #1 Solutions 1. (Deterministic Model.) Suppose you throw a rock off a cliff having height h0 = 500 feet. You’re a strong bloke, so the initial downward velocity is v0 = 100 feet/sec (slightly under 70 miles/hr). Further, in this neck of the woods, it turns out there is no friction in the atmosphere — amazing! Now you remember from your Baby Physics class that the height after time t is When does the rock hit the ground? 2. (Stochastic Model.) Cons...
    (0)
  • $8.99
  • + learn more