Help

Course Information

THEORY STATISTICS II (MATH 332)

Term: 2019-2020 Spring Semester

Faculty

Dr. Eric D. Bancroft

Office Hours

  • Start Date: Aug 13 2018 12:30PM
  • End Date: Aug 13 2018 1:30PM
  • Single Date:
  • Weekly Days: Thursday
  • Note:


Office Hours

  • Start Date: Aug 13 2018 2:30PM
  • End Date: Aug 13 2018 4:30PM
  • Single Date:
  • Weekly Days: Tuesday
  • Note:


Office Hours

  • Start Date: Aug 13 2018 8:30AM
  • End Date: Aug 13 2018 9:15AM
  • Single Date:
  • Weekly Days: Thursday
  • Note:


Office Hours

  • Start Date: Aug 13 2018 1:00AM
  • End Date: Aug 13 2018 1:00AM
  • Single Date:
  • Weekly Days: 0
  • Note: Fall 2018


Office Hours

  • Start Date: Aug 13 2018 9:50AM
  • End Date: Aug 13 2018 11:50AM
  • Single Date:
  • Weekly Days: Monday
  • Note:


Office Hours

  • Start Date: Aug 13 2018 10:05AM
  • End Date: Aug 13 2018 10:50AM
  • Single Date:
  • Weekly Days: Thursday
  • Note:


Office Hours

  • Start Date: Aug 13 2018 8:25PM
  • End Date: Aug 13 2018 9:25PM
  • Single Date:
  • Weekly Days: Wednesday
  • Note:


Office Hours

  • Start Date: Aug 13 2018 1:00PM
  • End Date: Aug 13 2018 1:50PM
  • Single Date:
  • Weekly Days: Monday Wednesday Friday
  • Note:


Office Hours

  • Start Date: Aug 13 2018 10:20AM
  • End Date: Aug 13 2018 11:50AM
  • Single Date:
  • Weekly Days: Friday
  • Note:


Office Hours

  • Start Date: Aug 13 2018 3:00PM
  • End Date: Aug 13 2018 4:00PM
  • Single Date:
  • Weekly Days: Friday
  • Note: The Friday 3-4pm hour may be reserved for Senior Seminar research meetings.


Department:

Department

Mathematics

Contact information:

Campus box number

3121

Contact information:

Web page


Contact information:

Correct office phone number

724-458-3844

Contact information:

Office

HAL 213B

Email all faculty members

Schedule

Tue-Thu, 11:30 AM - 12:45 PM (1/20/2020 - 5/12/2020) Location: MAIN HAL 204

Description

MATH 332. THEORY OF STATISTICS II. The continued study of mathematical statistics including transformations of random variables and vectors; sampling distributions; the Central Limit Theorem; properties of point estimates of parameters; maximum-likelihood estimates; confidence intervals; hypothesis testing; contingency tables; simple and linear regression; and one-way analysis of variance. Statistical software and a computer algebra system are used. Prerequisite: Mathematics 331. Spring semester only, three hours.