Designing experiments Student activity Play

Detecting outliers Student activity Play

Detecting sickle cell disease by means of a genetic probe Student activity Play

Detection and properties of fats Student activity Play

Detection of fats Student activity Play

Detection of genetic diseases Student activity Play

Detection of halide ions Student activity Play

Detection of proteins Student activity Play

Detection of proteins Student activity Play

Detection of saccharides – non-reducing sugars Student activity Play

Detection of saccharides – reducing sugars Student activity Play

Detection of some gases Student activity Play

Detection of sulphate ions Student activity Play

Detection of the ammonium ion Student activity Play

Detection of the carbonate ion Student activity Play

Detection of the presence of water Student activity Play

Determination and differentiation of cells Student activity Play

Determination of enthalpy change in combustion reactions (1) Student activity Play

Determination of enthalpy change in combustion reactions (2) Student activity Play

Determination of molecular formula Student activity Play

Determination of molecular structure Student activity Play

Determination of numbers of cells Student activity Play

Determination of object size using the light microscope Student activity Play

Determination of rate equations Student activity Play

Determination of reaction rate by mass, conductometric and colorimetric measurements Student activity Play

Determination of reaction rate by measuring the volume or pressure of the gas evolved Student activity Play

Determination of reaction rates Student activity Play

Determination of the equilibrium constant Student activity Play

Determination of the molecular structure of an unknown compound Student activity Play

Determining the composition of atomic nuclei Student activity Play