General Mathematics (Bachelor's full-time specialized)

1st year
1st term
FPF:KLJAP120 English 1 • 100 %
MU:MU20001 Mathematical Analysis I • 100 %
MU:MU20005 Algebra I • 100 %
FPF:UIINP02 Algorithms and programming I • 99 %
MU:MU01111 Introduction to the Study of Mathematics I • 97 %
MU:MU01008 Laboratory in Mathematics and Computing I • 96 %
MU:MU01115 Proseminar in Mathematics I • 95 %
FPF:UIINP06 Introduction to Computer Science and Technology • 88 %
FU:FYBSC0002 Mechanics and thermal physics • 47 %
2nd term
MU:MU01120 Theory of Stochastic Processes • 96 %
MU:MU02020 Introduction to Topology • 95 %
MU:MU01112 Introduction to the Study of Mathematics II • 91 %
MU:MU01116 Proseminar in Mathematics II • 89 %
FU:FYBSC0005 Electricity and magnetism • 82 %
FPF:UIINP08 Algorithms and Programming II • 79 %
MU:MU06104 Logic and Set Theory • 38 %
FPF:UIINP18 Computer Network and Internet • 35 %
FU:FYBSC0010 Atomic and Nuclear Physics • 35 %
FPF:UIINP17 Operating Systems II • 24 %
FPF:UIINP36 Web Technology II • 22 %
MU:MU01118 Proseminar in Mathematics IV • 15 %
MU:MU03033 Numerical Analysis • 13 %
2nd year
3rd term
MU:MU17001 Measure Theory and Integration • 100 %
MU:MU20003 Mathematical Analysis III • 100 %
MU:MU20009 Probability and Statistics I • 100 %
MU:MU20027 Applied Statistics I • 100 %
FPF:KLJAP320 English 3 • 80 %
FPF:UIINP14 Graph theory • 80 %
MU:MU01117 Proseminar in Mathematics III • 80 %
FPF:UIIABP0021 Graph Theory • 20 %
FPF:UIINP02 Algorithms and programming I • 20 %
FU:FYBSC0007 Optics • 20 %
4th term
MU:MU03243 Probability and Statistics II • 100 %
MU:MU20004 Mathematical Analysis IV • 100 %
MU:MU20010 Numerical Methods • 100 %
MU:MU20021 Analysis in the Complex Domain • 100 %
FPF:KLJAP421 English 4 • 80 %
MU:MU01118 Proseminar in Mathematics IV • 80 %
MU:MU11185 Applied Statistics II • 40 %
FPF:KLJAP220 English 2 • 20 %
3rd year
5th term
MU:MU02021 Algebraical Structures • 100 %
MU:MU02024 Ordinary Differential Equations • 100 %
MU:MU02060 Seminar in General Mathematics I • 100 %
MU:MU12001 Bachelor Thesis I • 100 %
MU:MU12101 Seminar on Mathematics I • 100 %
MU:MU20025 Functional Analysis • 100 %
MU:MU20061 Applications of Differential Equations • 100 %
FPF:KLJAP320 English 3 • 50 %
MU:MU14415 Financial and Insurance Mathematics I • 50 %
6th term
MU:MU02061 Seminar in General Mathematics II • 100 %
MU:MU06104 Logic and Set Theory • 100 %
MU:MU12002 Bachelor Thesis II • 100 %
FPF:KLJAP421 English 4 • 50 %
MU:MU02031 Mathematical Modelling • 50 %
MU:MU02054 Ordinary Differential Equations (Advanced Course) • 50 %
MU:MU12102 Seminar on Mathematics II • 50 %
MU:MU14416 Financial and Insurance Mathematics II • 50 %

The information was preprocessed: 23/4/2024 01:29

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