Question

III. Create a Cycle class, with subclasses Unicycle, Bicycle, and Tricycle. 1. There is a wheels () method in Cycle, which returns the number of wheels. Override the wheels () method in each subclass. 2. Every subclass also has an additional method dummy () which prints out the subclass's name. (Note: this method is not in the base class.) Write a ride () method in the Cycle class, which takes a Cycle and calls wheels (). In the main () method, create instances of each type and put them into an array. Use a range-based for loop to iterate each element of the array and call the ride () and dummy () method. (5 points)

          III. Create a Cycle class, with subclasses Unicycle, Bicycle, and Tricycle.
1. There is a wheels () method in Cycle, which returns the number of wheels. Override the
wheels () method in each subclass.
2. Every subclass also has an additional method dummy () which prints out the subclass's
name. (Note: this method is not in the base class.)
Write a ride () method in the Cycle class, which takes a Cycle and calls wheels (). In the
main () method, create instances of each type and put them into an array. Use a range-based for loop
to iterate each element of the array and call the ride () and dummy () method. (5 points)

III. Create a Cycle class, with subclasses Unicycle, Bicycle, and Tricycle.
1. There is a wheels () method in Cycle, which returns the number of wheels. Override the
wheels () method in each subclass.
2. Every subclass also has an additional method dummy () which prints out the subclass's
name. (Note: this method is not in the base class.)
Write a ride () method in the Cycle class, which takes a Cycle and calls wheels (). In the
main () method, create instances of each type and put them into an array. Use a range-based for loop
to iterate each element of the array and call the ride () and dummy () method. (5 points)

Added by Ivan M.

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