You are a car manufacturer assembling a new car model for the US market. Your speedometer...

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You are a car manufacturer assembling a new car model for the US market. Your speedometer supplier, a company in Italy, has shipped a bunch of speedometers to use for the car. Speedometers measure and return the precise speed of the vehicle in km/h. The speedometers have a driver called Speedo that implements the following interface: public interface SpeedInterface { } float getSpeed(); The problem is that your digital display, controlled by the DisplayUnit class, is designed to read and display the speed in miles/hour. So you need to convert the reading from km/h to miles/h. The conversion formula is S(miles/h)=S(km/h)*0.62137. Can you use the FULL Adapter Pattern in order to allow this conversion without any change to Speedo and SpeedInterface, and with minimal change in DisplayUnit? Specifically Implement the solution in Java, by updating and augmenting the starter implementation below. A Converter class is added for your convenience, to be used from within your adapter. You are a car manufacturer assembling a new car model for the US market. Your speedometer supplier, a company in Italy, has shipped a bunch of speedometers to use for the car. Speedometers measure and return the precise speed of the vehicle in km/h. The speedometers have a driver called Speedo that implements the following interface: public interface SpeedInterface { } float getSpeed(); The problem is that your digital display, controlled by the DisplayUnit class, is designed to read and display the speed in miles/hour. So you need to convert the reading from km/h to miles/h. The conversion formula is S(miles/h)=S(km/h)*0.62137. Can you use the FULL Adapter Pattern in order to allow this conversion without any change to Speedo and SpeedInterface, and with minimal change in DisplayUnit? Specifically Implement the solution in Java, by updating and augmenting the starter implementation below. A Converter class is added for your convenience, to be used from within your adapter.