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FILAMI – MICROCOMPUTERS IN PHYSICS LABORATORY

Coordinator: Dr hab. Krzysztof Dobek

Teaching materials

linkPrograms for statistical analyses SimpleStat ®

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linkExemplary tables for reports

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linkScheme Report

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Experiments

Number Title of experiment Modulus description
 M101 Rotation of a rigid body

Mechanics

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 M102

Energy transformations in the movement of pendulum

Mechanics

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 M103

Atwood’s machine – uniformly accelerated motion

Mechanics

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 M104

Free fall and slide on an inclined plane

Mechanics

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 E101

Study of the resonance in RLC circuits

Electricity
and magnetism

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 E102

Study of the magnetic hysteresis

Electricity
and magnetism

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 E103

Study of the Faraday's law of induction

Electricity
and magnetism

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 E104

Characteristics of diodes and transistors

Electricity
and magnetism

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 E106 RL and RC circuits in alternate current circuits Electricity
and magnetism
 
 E 107 Resonance in RLC circuits (non - radiative dipole coupling) Electricity
and magnetism
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 E201

RL and RC circuits in alternate current circuits (programing)

Electricity
and magnetism

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 E202

Electromagnetic induction – Faraday’s effect (programing) Electricity
and magnetism

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 E203

Radiationless coupling in RLC circuits (programing)

Electricity
and magnetism

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 D101

Properties of sound waves. Sound velocity and beats

Vibrations
and waves

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 D102

Mechanical damped oscillator

Vibrations
and waves

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 D103

Coupled physical pendulums

Vibrations
and waves

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 D104

Doppler’s effect

Vibrations
and waves

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K1A, K1B Data accumulation by measuring charts UIA UIB LabView

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K2A, K2B Music chart LabView

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K3A, K3B Programing of NI PCI-6014 chart LabView

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K4A, K4B The use of serial communication physical interface LabView

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