Maxwellmodel orKelvin VoigtmodelWhatcharacterisessoft matter?Stretchingandcompressinga polymerFlorytheoryHamakerconstant(where doesA132 comefrom?)PositionautocorrelationfunctionCalculationquestionwithout anygivennumbersMark-Houwink-SakuradaconceptualquestionDerivationwithout thenecessaryformulasgivenMorethan 6problemsRayleigh-Gans-DebyetheoryBlobologyOpticalmicroscopylensesMagnitudeofinterfacialtensionDLVOplotTypes ofdeformationsand plotsCMCcurveMSDInteractionbetween twosurfaces(slabs)CapillaryhysteresisRodsFactorsinfluencingthe barrierin DLVOCapillaryadhesion,risePolymer-colloidinteractionsMaxwellmodel orKelvin VoigtmodelWhatcharacterisessoft matter?Stretchingandcompressinga polymerFlorytheoryHamakerconstant(where doesA132 comefrom?)PositionautocorrelationfunctionCalculationquestionwithout anygivennumbersMark-Houwink-SakuradaconceptualquestionDerivationwithout thenecessaryformulasgivenMorethan 6problemsRayleigh-Gans-DebyetheoryBlobologyOpticalmicroscopylensesMagnitudeofinterfacialtensionDLVOplotTypes ofdeformationsand plotsCMCcurveMSDInteractionbetween twosurfaces(slabs)CapillaryhysteresisRodsFactorsinfluencingthe barrierin DLVOCapillaryadhesion,risePolymer-colloidinteractions

Soft Matter bingo - Call List

(Print) Use this randomly generated list as your call list when playing the game. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


1
O
2
I
3
G
4
I
5
I
6
N
7
O
8
G
9
B
10
I
11
B
12
N
13
G
14
I
15
N
16
N
17
O
18
B
19
B
20
B
21
O
22
G
23
G
24
O
  1. O-Maxwell model or Kelvin Voigt model
  2. I-What characterises soft matter?
  3. G-Stretching and compressing a polymer
  4. I-Flory theory
  5. I-Hamaker constant (where does A132 come from?)
  6. N-Position autocorrelation function
  7. O-Calculation question without any given numbers
  8. G-Mark-Houwink-Sakurada conceptual question
  9. B-Derivation without the necessary formulas given
  10. I-More than 6 problems
  11. B-Rayleigh-Gans-Debye theory
  12. N-Blobology
  13. G-Optical microscopy lenses
  14. I-Magnitude of interfacial tension
  15. N-DLVO plot
  16. N-Types of deformations and plots
  17. O-CMC curve
  18. B-MSD
  19. B-Interaction between two surfaces (slabs)
  20. B-Capillary hysteresis
  21. O-Rods
  22. G-Factors influencing the barrier in DLVO
  23. G-Capillary adhesion, rise
  24. O-Polymer-colloid interactions