Convert the following species from mg/L as the ion to mg/L as CaCO3 83 mg/L Ca2+ 48 mg/L CO2 220 mg/L HCO3- 15 mg/L CO32-

Q: L Calculate the mg/, Malorty for (ii) How much oxygen is required to oxide 100 mg/l of Glucose using…

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Q: ecific gravity of 13.6 contained in the tank. Wh rcury surface O 0.29 V O 0.34 V O 0.74 V O 0.47 V

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Q: The activation energy of the gas-phase reaction OH(g) + HCl(g) → H2O(g) + Cl(g) is 3.5 kJ mol¯1, and…

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Q: 11-13 The Cu-Za phase diagram is shown in Figure 11-27. (a) Are any intermetallic compounds pres-…

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Q: Mg(s) |Mg2+ || NO3- (acid soln)| NO(g) How many total electrons are transferred in this REDOX…

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Q: In wastewater treatment plants, ammonium ion is removed from the water by raising the pH to form…

A: a) The equilibrium reaction that describes the process of ammonium conversion to ammonia is given as

Q: 21. To gain structural strength, the dimensions of aluminum are increased. T or F 22. 35% of…

A: Comment As per our policy, we cannot answer all multiple subparts,  Since your question has multiple…

Q: A water has the following analysis (mg/L as ion or compound): Na+ 20 mg/L 40 mg/L K 30 mg/L 67 mg/L…

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Q: Which of the following redox pairs generate a potential of about -0.47 V? 2Ag(s) + Pb2+(aq) →…

A: The objective of the first question is to identify the redox pair that generates a potential of…

Q: Calculate the equilibrium concentrations of all relevant C species if an action releases methane…

A: We have to determine the value of equilibrium concentrations of all relavent C species if an action…

Q: The concentration of NO₂ in the air at STP is observed as 0.45 ppm. At STP, 1 mole of any gas…

A: The concentration of NO2 in the air at STP is observed as 0.45 ppm.At STP, 1 mole of any gas…

Q: 500 lb 400 lb B 4 ft - 3 ft-–3 ft: - 3 ft- -3 ft

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Q: us PO4 us F, Cl, Br, or I ent only g minerals: Formula CaSO4

A: mineral groups are given as  silicates carbonates  sulfates sulfides oxides hydroxide phosphates…

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.