10. What requirements must the vessel fulfil?Think about the volume, thickness , and rigidity of the wall, the colour and transparency of the walls, the shape of the vessel. 11. Analyse the relative uncertainty (error) of the measurements of y and C_(V) Draw conclusions.

10. The requirements that a vessel must fulfill include:- Volume: The vessel should have a sufficient volume to hold the liquid or substance it is designed to contain. This ensures that the vessel can accommodate the desired quantity of material without overflowing or becoming too empty.- Thickness and Rigidity of the Wall: The walls of the vessel should be thick enough to withstand the pressure or force exerted on them. They should also be rigid to maintain their shape and prevent deformation or collapse under stress.- Colour and Transparency of the Walls: The colour of the vessel's walls may be important for aesthetic purposes or to indicate the type of material being stored. Transparency is also a factor, as it can affect the visibility of the contents inside the vessel.- Shape of the Vessel: The shape of the vessel should be appropriate for its intended use. For example, a cylindrical shape is often used for uniformity and ease of measurement, while a spherical shape may be used for its symmetry and equal distribution of pressure.11. To analyze the relative uncertainty (error) of the measurements of y and , we need to consider the precision and accuracy of the measuring instruments used. The relative uncertainty is calculated as the ratio of the absolute uncertainty to the measured value, expressed as a percentage.For y, we need to consider the precision of the measuring device used. If the device has a high precision, the relative uncertainty will be low, indicating a more accurate measurement. Conversely, if the device has a lower precision, the relative uncertainty will be higher.For , we need to consider the method used to determine the volume. If the method involves precise measurements, such as using a graduated cylinder or a calibrated container, the relative uncertainty will be low. However, if the method relies on approximations or assumptions, the relative uncertainty may be higher.In conclusion, the relative uncertainty of the measurements of y and depends on the precision and accuracy of the measuring instruments and methods used. To draw accurate conclusions, it is essential to consider the limitations and uncertainties associated with each measurement technique.