Let’s assume that you are responsible for the Life Cycle analysis comparing the environmental footprint and therefore the level of greenness for an Electric Car versus a traditional Gasoline powered car. Beginning with Natural Gas at a gas-fired electric utility for the Electric Car, and, Gasoline at a refinery for the gasoline-powered car, delineate the various components of the flow charts for each that would detail which vehicle is greener (lower environmental footprint).
Let’s assume that you are responsible for the Life Cycle analysis comparing the environmental footprint and therefore the level of greenness for an Electric Car versus a traditional Gasoline powered car. Beginning with Natural Gas at a gas-fired electric utility for the Electric Car, and, Gasoline at a refinery for the gasoline-powered car, delineate the various components of the flow charts for each that would detail which vehicle is greener (lower environmental footprint).
Let’s assume that you are responsible for the Life Cycle analysis comparing the environmental footprint and therefore the level of greenness for an Electric Car versus a traditional Gasoline powered car. Beginning with Natural Gas at a gas-fired electric utility for the Electric Car, and, Gasoline at a refinery for the gasoline-powered car, delineate the various components of the flow charts for each that would detail which vehicle is greener (lower environmental footprint).
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