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- 5. A tank of gasoline has a mass of 1.500 Mg (Mega gram) and a volume of 2.205 x 10^6 cc (cubic centimeter) * 14,715 dynes 14,715 kg/m^3 14.715 KN 14,715 N/m^3 6. Given the mass of 1.500 Mg and a volume of 2.205 x 10^6 cc, what is the mass density? * 675 kg/m^3 685 Kg/m^3 690 kg/m^3 680 kg/m^3A certain gasoline weighs 46.5lb/ft³. What are its density, specific volume and specific gravity?1.What is the specific gravity of natural gasoline, if the data for 3 trials are the following: hW = 7.8 cm, 6.5 cm, 9.5 cm and hL = 11 cm, 9.5 cm, 13.5 cm, respectively. (Tabulate the data and show solutions.)
- Henry Ford’s Model T was originally designed and built to run on ethanol. Today, ethanol (190-proof alcohol) can be produced with domestic stills for about $0.85 per gallon. When blended with gasoline costing $4.15 per gallon, a 20% ethanol and 80% gasoline mixture costs $3.28 per gallon. Assume fuel consumption at 25 mpg and engine performance in general are not adversely affected with this 20–80 blend (called E20). How much money can be saved for 15,000 miles of driving per year?Calculate the density, Specific weight and weight of one litre of Petrol of specific gravity 0.8.2. What is the mass in kilograms of 5 liters of gasoline (y = 45
- Calculate the specific weight, density and specific gravity of 1 litre of petrol which weighs 7 N.A container is filled with 70 liters which is 40% alcohol by volume. How much of a mixture must be taken and then replaced with equal amount of water so that the resulting solution is 30% alcohol by volume?3) What will be the corresponding values of the specific weight, specific gravity and specific volume of alcohol whose Density is 785kg/cu.m.?
- As most of you know, commercial transport planes cruise at an altitude of approximately 10,000 m. The power required to maintain level flight depends on air drag or resistance at that altitude, which may be estimated by the relationship 1 power = Pe C„AU³ air where pr is density of air at the given altitude, C, represents the drag coefficient of the plane, A is the planform area, and U represents the cruising speed of the plane. Assume that a plane is moving at constant speed and, C, remaining constant, determine the ratio of power that would be required when the plane is cruising at 8000 m and when the plane is cruising at 11,000 m.Compute the specific gravity of the oil in a half filled cylindrical container which measures a foot in diameter and a yard stick in length. The weight of the oil is 50 pounds and the container weighs one pound when empty.Consider a stainless steel ball with a diameter of 9 cm. What is the volume of the stainless steel ball (in m3)? What is the density of stainless steel (see table below)? (Enter your answer in kg/m3.) Density, Specific Gravity, and Specific Weight of Some Materials (at room temperature or at the specified temperature) Material Density (kg/m3) Specific Gravity Specific Weight (N/m3) Solids Aluminum 2,740 2.74 26,880 Asphalt 2,110 2.11 20,700 Cement 1,920 1.92 18,840 Clay 1,000 1.00 9,810 Fireclay Brick 1,790 @ 100°C 1.79 17,560 Glass (soda lime) 2,470 2.47 24,230 Glass (lead) 4,280 4.28 41,990 Glass (Pyrex) 2,230 2.23 21,880 Iron (cast) 7,210 7.21 70,730 Iron (wrought) 7,700 @ 100°C 7.70 75,540 Paper 930 0.93 9,120 Steel (mild) 7,830 7.83 76,810 Steel (stainless 304) 7,860 7.86 77,110 Wood (ash) 690 0.69 6,770 Wood (mahogany) 550 0.55 5,400 Wood (oak) 750 0.75 7,360 Wood (pine) 430 0.43 4,220 Fluids Standard Air 1.225 0.0012 12 Gasoline 720…