The vapor pressure of water at 100 C is 101 KNm, because water boils under these conditions. The vapor pressure of water decreases approximately linearly with decreasing temperature at a rate of 3.1 kNimc. Calculate the boiling temperature of water at an altitude of 3000 m, where the amospheric pressure is 69 KN'm absolute. 8.

Q: 6. What angle is formed between the positive x axis and a vector that goes 8.3 units in the x…

A:

Q: Interview before when you take the subject Hydrology,What did you learn in  The process of…

A: Hydrology in structural designing might be perceived as the part of designing that arrangements with…

Q: 1.54 For the joint shown in the figure, calculate (a) the largest bearing stress between the pin and…

A: Answer  (a) Calculation of largest bearing stress between the pin and member Largest bearing stress…

Q: n your home, give and describe in detail ONE example of a LAMIN

A: The fluid particles in laminar flows can be thought of as flowing in layers or laminae. The velocity…

Q: Consider the three pipes shown below in cross section. From left to right, they contain water,…

A: Give data,in three pipe cross section contains water, mercury and gasoline respectively.all pipe…

Q: Find the total weight of a 10 ft' tank of oxygen if the oxygen is pressurized to 500 psia, the tank…

A: V=10ft3 P=500psia

Q: 52. What are the principles of civil engineering hydraulic engineering?

A: Hydraulic engineering, a sub-discipline of civil engineering, focuses on the flow and conveyance of…

Q: The term degree of hydration refers to: A) The level of academic achievement needed to study water.…

A: This question is related to the Building material from Civil Engineering. This is multiple choice…

Fluid Materials

In general terms, anything that flows can be termed as a fluid. In other words, a fluid is any substance that cannot resist shear forces and deforms continuously under the application of external shear forces. Fluid materials differ completely from solid materials such as metals and alloys. For instance, if we consider two infinitesimally small cross-sectional areas of fluid materials and solid materials, and apply shear forces to these elements, both the elements will undergo deformation. Upon releasing the shear force, the element of the solid materials will regain its original orientation, but the element of the fluid materials will keep on deforming continuously under the action of the shear force.