TIME TEACHING SCHEME - ATTENDANCE STUDY
1st Exercise - general introduction, laboratory procedure, safety training, leadership
laboratory notebook, log processing, credit conditions,
basic physical measurements, measurement errors
2nd Exercise - An introduction to the various tasks
3rd to 13 Exercise - Measurement Task
14th exercise - alternative measure, credit
List of laboratory exercises:
1st Measurement of inertia of the measurement period of oscillation
2nd Measurement characteristics of semiconductor diodes voltampérové
3rd Measuring Planck's constant using the photoelectric effect
4th Measurement of specific electron charge
5th Verification of the ideal gas equation of state for isothermal and isobaric plot
6th Measuring the wavelength of light bending on the grid
7th Measurement of the galvanic cell emf compensation method and a multimeter
8th Gravity measurements from the period of oscillation of the mathematical pendulum
9th Measurement of specific heat capacity of solids
10th Measuring Dispersion glass with prismatic spectrometer
11th Preparation of the calibration curve tone generator. Measuring the speed of sound in
air.
SYLLABUS SUBJECT TO COMBINED STUDY
Task List:
1st Measurement of inertia of rotational motion equation
2nd Measurements of gravity from the time of reverse swing the pendulum
3rd Measuring the wavelength of sound in air using Lissajousových patterns
4th Study of radiation
TRAINING SCHEDULE FOR COMBINED STUDY
Laboratory exercises will be performed in a one-day block at the end of winter semester
1st Exercise - general introduction, laboratory procedure, safety training, leadership
laboratory notebook, log processing, credit conditions,
basic physical measurements, measurement errors
2nd Exercise - An introduction to the various tasks
3rd to 13 Exercise - Measurement Task
14th exercise - alternative measure, credit
List of laboratory exercises:
1st Measurement of inertia of the measurement period of oscillation
2nd Measurement characteristics of semiconductor diodes voltampérové
3rd Measuring Planck's constant using the photoelectric effect
4th Measurement of specific electron charge
5th Verification of the ideal gas equation of state for isothermal and isobaric plot
6th Measuring the wavelength of light bending on the grid
7th Measurement of the galvanic cell emf compensation method and a multimeter
8th Gravity measurements from the period of oscillation of the mathematical pendulum
9th Measurement of specific heat capacity of solids
10th Measuring Dispersion glass with prismatic spectrometer
11th Preparation of the calibration curve tone generator. Measuring the speed of sound in
air.
SYLLABUS SUBJECT TO COMBINED STUDY
Task List:
1st Measurement of inertia of rotational motion equation
2nd Measurements of gravity from the time of reverse swing the pendulum
3rd Measuring the wavelength of sound in air using Lissajousových patterns
4th Study of radiation
TRAINING SCHEDULE FOR COMBINED STUDY
Laboratory exercises will be performed in a one-day block at the end of winter semester