STATISTICS ISS2003
• Course codę:
• Course title:
ISS2003
Statistics
• Language of the lecturer: polish
Course form |
Lecture |
Classes |
Laboratory |
Project |
Seminar |
Number of hours/week* |
1 |
1 | |||
Number of hours/semester* |
15 |
15 | |||
Form of the course completion |
Positive grade |
Positive grade | |||
ECTS credits |
2 |
1 | |||
Total Student’s Workload |
60 |
30 |
• Level of the course (basic/advanced): basie
• Prereąuisites:
• Name, first name and degree of the lecturer/supervisor: Andrzej Pawlak, Ph.D.
• Names, first names and degrees of the team’s members: Wojciech Cieżak, Ph.D.; Year: I Semester: 1
• Type of the course (obligatory/optional): obligatory
• Aims of the course (effects of the course): Using of statistical method to describe a collection of data and to draw inferences about the processes and occurrences from the field of environmental protection engineering.
• Form of the teaching (traditional/e-leaming): traditional
• Course description: Getting of knowledge concerning methods of descriptive and mathematical statistics. Probability space. Definition of probability. Estimation. Testing of statistical hypothesis. Analysis of variance. Correlation. Linear regression.
• Lecture:
Particular lectures contents |
Number ofhours |
1. Descriptive statistics. |
2 |
2. Probability space. Definitions of probability. |
1 |
3. Random variables. Distributions ofdiscrete random variables. |
2 |
4. Distributions of continuous random variables. |
1 |
5. Standardization of a random variable. Tables of the Standard | |
normal, t-student, chi-sąuare and F distributions. |
1 |
6. Introduction to mathematical statistics. |
1 |
7. Point estimation and confidence intervals. |
1 |
8. Testing of statistical hypotheses. Parametric and nonparametric | |
tests. |
1 |
9. Analysis of \ariance. |
1 |
10. Multidimensional random mriables. Linear correlation of two |