Absorption Thiophene Half waveplate Nanoparticles Lab coat Gloves NMR CD spectrometer Suzuki polycondensation Ethanol Objective Argon Polystyrene Polypropylene Fluorescence Photon Polythiophene Inverse opal Photovoltaic GPC Wavevector Head- to- Head Chloroform Column Destillation DSC NMR tube Xenon Optical table Saffty goggles Crystal Electic field Head- to- Tail Glass slide Gasman Femtosecond Emulsion polymerization Microscope Lab book Paper Hot plate Kumada coupling UV- light Helium AFM Infrared Ironoxide nanoparticles Monodisperse TEM Bragg Lab accident Nucleation PVC Tail- to- Tail Centrifuge Nitrogen Fume hood Wast container Micropipet Liquid crystal Emission Reciprocal space Silica Poster Polarizer Vacuum oven Risk Assesment Third harmonic generation Flask Electron Laser Free! Spin coating Refractive index Second harmonic generation OLED Lecture Soxhlet Dichromic Dean- Stark Stirrer Defect layer Test tube Magnetic field UV-Vis spectrometer Thesis Radical Grignard reagent Round bottom flask Diamagnetic SEM Absorption Thiophene Half waveplate Nanoparticles Lab coat Gloves NMR CD spectrometer Suzuki polycondensation Ethanol Objective Argon Polystyrene Polypropylene Fluorescence Photon Polythiophene Inverse opal Photovoltaic GPC Wavevector Head- to- Head Chloroform Column Destillation DSC NMR tube Xenon Optical table Saffty goggles Crystal Electic field Head- to- Tail Glass slide Gasman Femtosecond Emulsion polymerization Microscope Lab book Paper Hot plate Kumada coupling UV- light Helium AFM Infrared Ironoxide nanoparticles Monodisperse TEM Bragg Lab accident Nucleation PVC Tail- to- Tail Centrifuge Nitrogen Fume hood Wast container Micropipet Liquid crystal Emission Reciprocal space Silica Poster Polarizer Vacuum oven Risk Assesment Third harmonic generation Flask Electron Laser Free! Spin coating Refractive index Second harmonic generation OLED Lecture Soxhlet Dichromic Dean- Stark Stirrer Defect layer Test tube Magnetic field UV-Vis spectrometer Thesis Radical Grignard reagent Round bottom flask Diamagnetic SEM
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. 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.
Absorption
Thiophene
Half waveplate
Nanoparticles
Lab coat
Gloves
NMR
CD spectrometer
Suzuki polycondensation
Ethanol
Objective
Argon
Polystyrene
Polypropylene
Fluorescence
Photon
Polythiophene
Inverse opal
Photovoltaic
GPC
Wavevector
Head-to-Head
Chloroform
Column
Destillation
DSC
NMR tube
Xenon
Optical table
Saffty goggles
Crystal
Electic field
Head-to-Tail
Glass slide
Gasman
Femtosecond
Emulsion polymerization
Microscope
Lab book
Paper
Hot plate
Kumada coupling
UV-light
Helium
AFM
Infrared
Ironoxide nanoparticles
Monodisperse
TEM
Bragg
Lab accident
Nucleation
PVC
Tail-to-Tail
Centrifuge
Nitrogen
Fume hood
Wast container
Micropipet
Liquid crystal
Emission
Reciprocal space
Silica
Poster
Polarizer
Vacuum oven
Risk Assesment
Third harmonic generation
Flask
Electron
Laser
Free!
Spin coating
Refractive index
Second harmonic generation
OLED
Lecture
Soxhlet
Dichromic
Dean-Stark
Stirrer
Defect layer
Test tube
Magnetic field
UV-Vis spectrometer
Thesis
Radical
Grignard reagent
Round bottom flask
Diamagnetic
SEM