Overview
1. General Structure when answering experiment questions
2. Determine g (free fall)
3. Determine the terminal velocity
4. Explaining how terminal velocity works
5. Factors affecting braking distance
6. Determine centre of gravity
7. Imapct collsion
8. Hooke's law
9. Young's Modulus
10. Resistivity (Experiment)
11. Resistivity (Reshaping)
12. Resistance of Diode
13. Diffraction
14.Polarisation (How to polarise light)
15. Polarisation (Prove by rotating the filter)
16. Polarisation of microwaves
17. Youngs double slit
,18. Standing waves
19. Photoelectric effect
20. Electron diffraction
21. Determine planck's constant
22. Determining spectific heat capacity
23. Determine specific latent heat
24.Approximate the value of absolute zero
25. Investigate circular motion
26. Investigate simple harmonic motion
27. Stellar evolution
28. Hertzsprung-Russell diagram
29. Evolution of universe
30.Determine magnetic flux density
31. Rutherford's alpha-scattering experiment
32. Distinguish three unlabelled radioactive source
33.Half thickness of lead
34.Components of a fission reactor
35. Production of X rays
,36.Attenuation mechanisms
37. CAT scan
38.Gamma camera
39. PET scan
, General structure when answering experiment question 6 mark ones
labelled diagram
it couldinclude lots of marks
include names of apparatus
explain how
procedures youcarryoutthe experiment
What include tools used in measurements
you measure
Calculations
drawn
lineofbest fit
Use these data to plot graph errorb ars usedtofindgradient
explain safety how the graph relate
y intercept to equations
What safety wear safety goggles andetc
I m
additional notes
repeat measurements to see an average
make measurement as long as possible to reduce percentage uncertainty
ensure factor
if have data more data as there are anomalies
use a large triangle to determine
gradient
1. General Structure when answering experiment questions
2. Determine g (free fall)
3. Determine the terminal velocity
4. Explaining how terminal velocity works
5. Factors affecting braking distance
6. Determine centre of gravity
7. Imapct collsion
8. Hooke's law
9. Young's Modulus
10. Resistivity (Experiment)
11. Resistivity (Reshaping)
12. Resistance of Diode
13. Diffraction
14.Polarisation (How to polarise light)
15. Polarisation (Prove by rotating the filter)
16. Polarisation of microwaves
17. Youngs double slit
,18. Standing waves
19. Photoelectric effect
20. Electron diffraction
21. Determine planck's constant
22. Determining spectific heat capacity
23. Determine specific latent heat
24.Approximate the value of absolute zero
25. Investigate circular motion
26. Investigate simple harmonic motion
27. Stellar evolution
28. Hertzsprung-Russell diagram
29. Evolution of universe
30.Determine magnetic flux density
31. Rutherford's alpha-scattering experiment
32. Distinguish three unlabelled radioactive source
33.Half thickness of lead
34.Components of a fission reactor
35. Production of X rays
,36.Attenuation mechanisms
37. CAT scan
38.Gamma camera
39. PET scan
, General structure when answering experiment question 6 mark ones
labelled diagram
it couldinclude lots of marks
include names of apparatus
explain how
procedures youcarryoutthe experiment
What include tools used in measurements
you measure
Calculations
drawn
lineofbest fit
Use these data to plot graph errorb ars usedtofindgradient
explain safety how the graph relate
y intercept to equations
What safety wear safety goggles andetc
I m
additional notes
repeat measurements to see an average
make measurement as long as possible to reduce percentage uncertainty
ensure factor
if have data more data as there are anomalies
use a large triangle to determine
gradient
