Answer: 5,957.63Provide the solution. A gasoline engine is an internal combustion enginethat requires fuel for its combustion and operation.Due to the development of its technology newdesigns are being developed. Among the newdesign of the engine, is the variable compressionturbo or VC-turbo that makes it more fuel-efficient,and moving parts are subjected to less mechanicalstress. Another design is the variable geometryturbo or VGT which is focused on energy recoveryfrom the exhaust system of the engine.Comparing to standard engine design:VC- Turbo is 1.10 times the standard engine cost.The maintenance cost is reduced by 0.65 than theusual. The fuel consumption is decreased by 0.12.VGT is 1.05 times the standard engine cost. Themaintenance cost is reduced by 0.32 than the usual.The fuel consumption is decreased by 0.07.The standard engine costs P320,000.00, themaintenance cost on average is at P15,000.00every 3 months. The average fuel consumption is10 km per liter.Consider the present cost of the engine andmaintenance cost within 1 year of engine usagewith an interest rate of 9% compounded semi-annually. Then, consider 12,000 km of travel forfuel consumption with gasoline priced at P45.00per liter.How much is the benefit of using only VGT(benefit-additional cost), in pesos?

Answered: Image /qna-images/answer/40f69113-3fac-46da-bbe6-5fffd60366df.jpg

A gasoline engine is an internal combustion engine that requires fuel for its combustion and operation. Due to the development of its technology new designs are being developed. Among the new design of the engine, is the variable compression turbo or VC-turbo that makes it more fuel-efficient, and moving parts are subjected to less mechanical stress. Another design is the variable geometry turbo or VGT which is focused on energy recovery from the exhaust system of the engine. Comparing to standard engine design: VC- Turbo is 1.10 times the standard engine cost.

A gasoline engine is an internal combustion engine that requires fuel for its combustion and operation. Due to the development of its technology new designs are being developed. Among the new design of the engine, is the variable compression turbo or VC-turbo that makes it more fuel-efficient, and moving parts are subjected to less mechanical stress. Another design is the variable geometry turbo or VGT which is focused on energy recovery from the exhaust system of the engine. Comparing to standard engine design: VC- Turbo is 1.10 times the standard engine cost.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

Gasoline a mixed with 9 ft^3 kerosene so that the volume of the mixture in the tank becomes 23ft^3. Determine the specific weight of the mixture in lb/ft^3 (Specitc gravily of Gasoine=0.7and Specific gravily of Kerosene = 0.8 )
Civil Engineering In a steam turbine, steam with the mass flow rate of 201 kg/s enters the turbine al the lemperature of 601°C and the pressure of 16 MPg and exits at the lemperature of 31°C and the quality of 96% Determine the power production in the turbine (in kW), The change in kinetic and potential energies are negligible and the process is steady slate and adlabalic. List all your assumptions
Q27-A(i) Differentiate between primary and secondary cells with one example of each. Give one name of a fuel cell.
Determine dimensions and materials for a flywheel that should be able to store energy. - The flywheel must store 30 MJ at a rotation speed of 5,000 rpm - The flywheel consists of a hub, a thin disc, and a solid ring. - The dimensions you have to decide are d1, d2, t and B - The design is shown in the sketch below which shows the wheel in cross section
Complete the following conversions... Convert the following units --> indicates the unit to which you will convert the value Problem 4: 2000 kN/cm² --> Pa --> atm Problem 5: 500 g/L --> lb/ft³ Problem 6: 500 kW --> Btu/h
An aluminum cup of 150 cm3 capacity is completely filled with glycerin at 16°C. How much glycerin will spill out of the cup if the temperature of both the cup and glycerin is increased to 39°C? (The linear expansion coefficient of aluminum is 23 x 10-6 1/CO. The coefficient of volume expansion of glycerin is 5.1 x 104 1/C°) loth prob Number i Units
4 UEME1233 MANUFACTURING TECHNOLOGY I Hot working is a process commonly seen in the production floor that usually involved heating furnaces. Explain one reason of hot working and justify the types of heat-treating furnaces. Q1. (а) (Word limit: ~150) (b) Discuss the importance of understanding in crystal structure of metal and why different crystal structures exhibit different strengths and ductility. (Word limit: ~150)
Mechanics of Deformable Bodies A solid steel shaft 3 m long is stressed to 30 MPa when twisted by 2°. Compute the required diameter for this condition and the power transmitted (in HP) by the shaft if it rotates at 10 rad/sec.
21. To gain structural strength, the dimensions of aluminum are increased. T or F 22. 35% of Aluminum is made from recycled materials. Tor F 23. Aluminum is the most plentiful metal on earth. T or F 24. The high energy requirement to produce aluminum makes recycling economical. T or F 25. The properties of pure aluminum are not suitable for structural applications. T or F 26. A characteristic of aluminum is magnetism which makes it suitable for many auto and aircraft applications. I or F An aluminum rod 10mm in diameter, a length of 20cm, and supporting a load of 5,000psi will have a Modulus of Elasticity of approximately 10,000ksi. 27. T or F T or F The advantages of aluminum to steel include lightweight, high strength-to-weight ratio, and corrosion resistance. T 28.
A nozzle is a device for increasing the velocity of a steadily flowing stream of fluid. At the inlet to a certain nozzle, the specific enthalpy of the fluid is 3320 kJ/kg and the velocity is 60 m/s. At the exit from the nozzle the specific enthalpy is 2530 kJ/kg. The nozzle is horizontal, and the heat supply, the heat loss, the work input, and the work output to or from the nozzle are all negligible. (a) Determine the velocity at the nozzle exit
A fluid in motion suffers a frictional loss, which is an expenditure of energy required to overcome resistance to flow. The expended energy is transformed into heat. After being so transform it cannot, through the ordinary process of nature, be reconverted into any useful forms of energy contained in a flowing fluid, this is referred to as: Energy Head O Head Lost Frictional Loss O Pressure Loss
Please Solve In 15mins