09.11.2018

Laboratory works in basic and subject courses and electronics

Laboratory work instructions in English are listed in the following table. Requirements in each course are also shown. Instructions can be printed from the links below. A full report is required for all numbered laboratory works. Those with K1,... K7 labels are smaller labs for which report is not needed. Print also the logbook form before the measurements. In subject courses FYSA2001, FYSA2002, FYSA2010, FYSA2020, FYSA2031 and FYSA2041 the numbered laboratory works must be done alone.

Laboratory works in basic and subject courses — Fysiikan laitos

If  you need more information, contact the supervisor of the student laboratory (Sakari Juutinen, FL312). Older courses can be found here.
  Course  Laboratory work instruction
  FYSP1081 1. Group work "Speed of uniform motion" (Logbook form)
    2. Rolling  or 3. Torsion pendulum
    4. Ideal gas or 5. Specific heat capasity of a metal
    K1. Graphs of kinematics (logbook form and table instructions)
    K2. Ballistic motion (logbook form) or K3. Collisions on air-cushion rail (logbook form)
    K4.    or K5. Modulus of elasticity (logbook form)
    K6.  Doppler effect (logbook form)  or K7. Gas thermometer (logbook form)
     
  FYSP1082  1. Ohm's law, resistors and capacitors
  Requirements: Two of 1.- 4., including  2. Electron in magnetic field
  either of 1. or 4. or both  3. Components in ac circuit
  Four of  K1.-K7.  4. Refractive index of water
  K1. is mandatory K1. Digital multimeters (logbook form)
  Your selection has to include works K2. Equipotential surfaces (logbook form)
  in electricity, magnetism and optics  K3. Temperature dependence of resistance (logbook form)
    K4. Helmholtz coils (logbook form)
    K5. Use of an oscilloscope (logbook form)  In this course work is available only for those who do not do FYSA1110
    K6. RC filters (not yet available)
    K7. Fraunhofer diffraction (logbook form)
     
  FYSA1110 K1. Use of an oscilloscope (logbook form)
    1. Temperature of liquid nitrogen
     
  FYSA2001: Modern Physics A
K1. Energy gap of germanium (logbook form)
  Requirements: (three of K1.-K4.) or (two of K1.-K4. and either 1. or 2.) K2. X-ray fluorescence (logbook form)
    K3. (or 1.) Photoelectric effect
    K4 (or 2.) Franck-Hertz experiment
  FYSA2002: Modern Physics B K1. Radioactivity and radiation sources
   Requirements: (three of K1.-K4.) or ( K1.-K2. and  1.) K2. Geiger & Muller tube (logbook form)
    K3. Half-life of an excited state
    K4. Analysis of Cern data
     
  FYSA2010 (FYSA220) Electricity and Magnetism 1. Hall effect
  Requirements: (1. or 2.) + (K1. + K2.)  2. Polarisation of light
    K1. Equipotential surfaces (logbook form)
    K2. Damped oscillation (logbook form)    
     
  FYSA2020 (FYSA210) Mechanics 1. Coupled harmonic oscillators
  Requirements: (1. or 2.) + K1. 2. Rotating frame of reference
    K1. Moment of inertia (logbook form)
     
  FYSA2031 (FYSA234) Quantum Mechanics, Part A:
K1. Diffraction of electron (logbook form)
  Requirements:  K1. + 2. 2. Spectrometer, grid and prism
     
  FYSA2041 Statistical Physics, Part A:
K1 Ising. Instructions (ising_2009_worksheet.pdf) and other needed files can be found in directory http://users.jyu.fi/~veapaja/Ising-simulaatio/
  Requirements: either 1. or 2. + K1 or K2 K2. Thermionic electron emission (logbook form)
    1. Thermodynamic research
    2. Vapour pressure and vaporisation