The Hyundai Blue-will Plug-in hybrid is a compact 4-door,4-seat sedan. It is a t

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The Hyundai Blue-will Plug-in hybrid is a compact 4-door,4-seat sedan. It is a test bed of new ideas, includingpanoramic glass roof with solar cells for reacharging batteries, athermal generator that convers hot exhaust gases into electricity,drive-by-wire steering, lithium polymer batteries, and touch screencontrols. Blue-Will promises an EV driving range up to 40 miles ona charge and an economy rating up to 100 mpg. Helping to achievethose numbers is a direct injection 1.6 liter 152-hp four, a CVTand a 100kw electric motor. 1) Create a system diagram of the car . 2) Identify as many thermodynamic systems as possible. 3) Characterize the systems as open or closed 4) Identify if the systems are adiabatic, isothermal,isometric, isobaric or athermal. 5) Identify the direction, if any, of heat, work and energytransfer in each system The Hyundai Blue-will Plug-in hybrid is a compact 4-door,4-seat sedan. It is a test bed of new ideas, includingpanoramic glass roof with solar cells for reacharging batteries, athermal generator that convers hot exhaust gases into electricity,drive-by-wire steering, lithium polymer batteries, and touch screencontrols. Blue-Will promises an EV driving range up to 40 miles ona charge and an economy rating up to 100 mpg. Helping to achievethose numbers is a direct injection 1.6 liter 152-hp four, a CVTand a 100kw electric motor. 1) Create a system diagram of the car . 2) Identify as many thermodynamic systems as possible. 3) Characterize the systems as open or closed 4) Identify if the systems are adiabatic, isothermal,isometric, isobaric or athermal. 5) Identify the direction, if any, of heat, work and energytransfer in each system

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