Principle
To prepare and analyse diagrams to illustrate the transpiration of plants, depending on different environmental conditions, using a wireless data acquisition system:
Representation of the photosynthesis rate of a plant by measuring the oxygen pressure increase, in white and green light as well as in the dark.
Investigating the temperature increase during the fermentation of sugar by yeast cells.
To examine the enzymatic decompositionof hydrogen peroxide, a cell respiratorypoison, in the liver.
Measurement of the photosynthesis rate as a function of light intensity by counting the oxygen bubbles that are released by a water plant.
The aim of this experiment is to prove glycolysis by means of measuring the CO2 production under various experimental conditions (temperature, pH).
The cell membrane controls the transport of nutrients and water into the cell as well as the transport of waste products and water out of the cell. This can be passive, i.e. caused by osmotic processes, as well as active. The aim of this experiment is ...
The enzymatic hydrolysis of urea in an aquous solution yields carbon dioxide and ammonia. The ions of these compounds increase the conductivity of the solution. The speed of urea hydrolysis, which is caused by the urease enzyme, can be de ...
The enzymatic hydrolysis of urea in aqueous solution liberates carbondioxide and ammonia. The ions of these compounds increase the conductivity of the solution. Conductivity measurements can therefore be used to measure the rate of hydrolysis of urea ...
The enzymatic hydrolysis of urea in aqueous solution liberates carbon dioxide and ammonia. The ions of these compounds increase the conductivity of the solution. Conductivity measurements enable the rate of hydrolysis of urea by the enzyme urease to b ...
PHYWE presents the new x-ray unit: innovative technology, top safety, maximum comfort!
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