1) Breit-Wigner resonance propagator:
Write down and explain the formula that models it.

2) Draw the distribution of  ee->Z->ff cross-section as a function of invariant
mass of fermion pairs. Explain characteristic shapes in different regions, which
processes dominate there, draw corresponding Feynman diagrams.

3) Measurements of Z resonance line shape of LEP.
What are the characteristic quantities which were measured.
Write down few master formulas, explain the strategy of the measurement,
explain the impact of QED radiation, draw illustrative plot comparing
uncorrected and correct measurement.

4) Measurement of number of neutrino generations at LEP
Explain strategy of the measurement, write down few master formulas,
draw illustrative plot comparing predicted  line-shape for different N_nu.

5) Measurement of forward-backward asymmetry and weak mixing angle at LEP 
Explain strategy of the measurement, write down few master formulas,
draw illustrative plot comparing on-peak and off-peak A_FB, explain
where from this difference. How one infer weak mixing angle from this
measurement.

6) Measurement of WW cross-section, MW and GamW  at LEP
Explain the measurements, draw corresponding Feynman diagrams and
illustrative plots.

7) Precision tests of the Standard Model: predicting mtop, mH
Explain how the difference of measured and predicted value of mW lead to
constraints on the mass of the top quark and mass of the Higgs boson
via the virtual loop corrections. Draw corresponding Feynman diagrams.