When stоvetоp cоils heаt а frying pаn, heat is transferred through solid matter. This is referred to as ______.
In this pаrt, yоu will write the implementаtiоn оf the method below. Your implementаtion should be consistent with the class you've written in a prior step (i.e., only use the field(s) and method(s) that exist in the MyBookingScheduler class). You do not need to include any import statements or Javadoc comments in your response. int insertionPoint(T booking) Finds and returns the integer index where the booking can be inserted while keeping the system in sorted order. The sorted order must remain ascending (i.e., least-to-greatest). REMEMBER: parameterized type T is bounded to guarantee that the bookings implement the compareTo(T) method. When maintaining the desired order of the bookings, remember the documentation for compareTo(T) states that foo.compareTo(bar) will return: a negative result when foo is "less-than" bar a positive result when foo is "greater-than" bar a result of zero when foo and bar are equal HINT: it's strongly recommended this method is implemented before the checkIn(T) method Make sure to select the 'Preformatted' style from the dropdown so your code is formatted clearly. DO NOT USE THE TAB KEY WHEN WRITING CODE AS YOU MAY ACCIDENTALLY SUBMIT YOUR EXAM. USE THE SPACE BAR INSTEAD.
In this pаrt, yоu will write the implementаtiоn оf the MyBookingScheduler clаss and its nested inner class MyBookingSchedulerIterator. DO NOT implement the BookingScheduler interface methods here. You should only provide the following in your response: the class header necessary field(s) HINT: the booking count of the system isn't the same as the length of the backing array. You'll want to keep track of the logical count of the collection using a private field. required Iterable method(s) complete MyBookingSchedulerIterator class implementation You do not need to include any import statements or Javadoc comments in your response. The requirements for the MyBookingScheduler class are as follows: MyBookingScheduler will support the interface below. Make sure that you are not using any raw types (i.e., you must use the generic type parameter in your solution). public interface MyBookingScheduler extends Iterable { ... } The MyBookingScheduler class must have ONE private array that is used to store the bookings of the system in ascending (i.e., least-to-greatest) order. This class must also have a single, no-argument constructor that creates the generic array of type T with an initial length of 10. No other constructors should be written. NOTE: For ease of implementation, you can assume that new T[length] is valid syntax for creating a new array of type T. You can earn 5 bonus points if you know the correct way to create a new array of a generic type that will compile in Java. The MyBookingScheduler class should also have a nested inner class named MyBookingSchedulerIterator that satisfies the requirements of the Iterator interface. The iterator should iterate over the bookings in the system in ascending (i,e, least-to-greatest) order. Remember that nested inner classes have access to the private data members of the enclosing class! (i.e., the iterator will be able to access the backing array and any other fields the system class has) Think carefully about what state information an iterator will need to iterate over an array, and don't overcomplicate it. Don't forget that one of the Iterator methods should throw a NoSuchElementException when the iterator is asked to return a booking that doesn't exist! The message should tell the user that the system contains no more bookings. IMPORTANT: DON'T FORGET TO IMPLEMENT THE METHOD(S) REQUIRED BY THE Iterable INTERFACE! Make sure to select the 'Preformatted' style from the dropdown so your code is formatted clearly. DO NOT USE THE TAB KEY WHEN WRITING CODE AS YOU MAY ACCIDENTALLY SUBMIT YOUR EXAM. USE THE SPACE BAR INSTEAD.