B3
Implement the following static method in Java: private static void merge (int[ ] data, int first, int
nl, int n2); Pre-condition: data has at least n 1 + n 2 components starting at data [first]. The first n
1 elements (from data [first] to data [first + n 1 1 ] ) are sorted in ascending order, and the last n 2
elements (from data [first + n 1 ] to data [first + n 1 + n 2 1 ] ) are also sorted in ascending order.
Post condition: Starting at data [first], n 1 + n 2 elements of data have been rearranged to be
sorted in ascending order. (10 marks).
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B3 Implement the following static method in Java- private static void.pdf
1. B3
Implement the following static method in Java: private static void merge (int[ ] data, int first, int
nl, int n2); Pre-condition: data has at least n 1 + n 2 components starting at data [first]. The first n
1 elements (from data [first] to data [first + n 1 1 ] ) are sorted in ascending order, and the last n 2
elements (from data [first + n 1 ] to data [first + n 1 + n 2 1 ] ) are also sorted in ascending order.
Post condition: Starting at data [first], n 1 + n 2 elements of data have been rearranged to be
sorted in ascending order. (10 marks)
![B3
Implement the following static method in Java: private static void merge (int[ ] data, int first, int
nl, int n2); Pre-condition: data has at least n 1 + n 2 components starting at data [first]. The first n
1 elements (from data [first] to data [first + n 1 1 ] ) are sorted in ascending order, and the last n 2
elements (from data [first + n 1 ] to data [first + n 1 + n 2 1 ] ) are also sorted in ascending order.
Post condition: Starting at data [first], n 1 + n 2 elements of data have been rearranged to be
sorted in ascending order. (10 marks)](https://image.slidesharecdn.com/b3implementthefollowingstaticmethodinjava-privatestaticvoid-230313094131-ef7c42e4/85/B3-Implement-the-following-static-method-in-Java-private-static-void-pdf-1-320.jpg)
