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Statistics Notes
Class notes for STAT 324 at UW-Madison. Can be used as exam study guide. Topics covered include descriptive statistics, probability concepts and distributions, random variables, hypothesis tests and confidence intervals, linear regression, inference, and analysis of variance.
- Class notes
- • 9 pages •
Class notes for STAT 324 at UW-Madison. Can be used as exam study guide. Topics covered include descriptive statistics, probability concepts and distributions, random variables, hypothesis tests and confidence intervals, linear regression, inference, and analysis of variance.
Fluid Mechanics Class Notes
In-depth class notes for Fluid Mechanics at UW-Madison. Topics covered include mathematical context, flow description, fluid particle acceleration, Reynolds Transport theorem, conservation of mass and momentum, fundamental analytical solutions, non-dimensionalization, Bernoulli flow treatment, hydrostatics, boundary layer theory, internal and external flow.
- Class notes
- • 19 pages •
In-depth class notes for Fluid Mechanics at UW-Madison. Topics covered include mathematical context, flow description, fluid particle acceleration, Reynolds Transport theorem, conservation of mass and momentum, fundamental analytical solutions, non-dimensionalization, Bernoulli flow treatment, hydrostatics, boundary layer theory, internal and external flow.
Thermodynamics Class Notes
Thorough notes for UW-Madison's Thermodynamics course. Topics applicable to courses at other universities. Topics include conservation equations/mass and energy balances, properties of real and ideal substances, reversible processes and entropy, power cycles, refrigeration cycles, psychrometrics, and combustion.
- Class notes
- • 39 pages •
Thorough notes for UW-Madison's Thermodynamics course. Topics applicable to courses at other universities. Topics include conservation equations/mass and energy balances, properties of real and ideal substances, reversible processes and entropy, power cycles, refrigeration cycles, psychrometrics, and combustion.