Answer:
Pattern as in texture is easy to see any flaws in your 3D design.
Explanation:
Answer:
poisson's ratio
Explanation:
when a tenstile stress or comperresiv stress is applied ti a cylindrical or rod there is simultaneously axial and lateral strain within the elastic range . The ratio of lateral to the axial strain is called poisson's ratio . It has no unit , as it is the ratio of two strains
Answer:
The atmospheric pressure is 0.843 bar.
Explanation:
First, we calculate how much thermal energy (heat) was transferred to the water:
Knowing that all heat (Q) was used in making 1.19 kg of water boil (liquid to gas), we can find what is the latent heat () of this change of state (vaporization):
Looking up this value in a Water Heat of Vaporization Calculator, we find that it corresponds to a temperature of 94.9°C.
Knowing the temperature at which the water boils, we have to find the vapor pressure (the same as the latent heat according to temperature, it is a value which can be found in a table) at that temperature, which would be the atmospheric pressure of the location.
The vapor pressure of water at 94.9°C is 0.843 bar, i.e. the atmospheric pressure is 0.843 bar.