This grid shows the state of a 2D array:
The grid is created with this code:
Which line of code, when inserted in place of //line n1, adds an X into the grid so that the grid contains three consecutive Xs?
Given these classes:
And given this main method:
Which two options compile when placed at line n1 of the main method? (Choose two.)
Given the code fragment:
Which code fragment, when inserted at line 9, enables the code to print true?
Given these two classes:
Any amount of electricity used by a customer (represented by an instance of the Customer class) must contribute to the customer's bill (represented by the member variable bill) through the useElectricity method.
An instance of the Customer class should never be able to tamper with or decrease the value of the member variable bill.
How should you write methods in the ElectricAccount class at line n1 so that the member variable bill is always equal to the value of the member variable kwh multiplied by the member variable rate?
Given:
What is the result? A. 0:0
100:0
B.null:0
100:0
C.0:0
100:200
D.null:null 100:null
Given the definitions of the Bird class and the Peacock class:
and the code fragment:
Which code snippet can be inserted to print Fly.Dance. ?
Given the definitions of the MyString class and the Test class:
What is the result?
Given the code fragment:
Which two code fragments can be independently inserted at line n1 to enable the code to print the elements of the array in reverse order? (Choose two.)
Given the code fragment:
Which three lines fail to compile? (Choose three.)
Given these classes:
And given this main method:
Which two options compile when placed at line n1 of the main method? (Choose two.)
Given the code fragment:
Which two code fragments can be independently inserted at line n1 to enable the code to print the elements of the array in reverse order? (Choose two.)
Given the code fragment:
Which modification enables the code fragment to print TrueDone?
Given the code fragment:
Which code fragment, when inserted at line n1, enables the App class to print Equal?
Given the code from the App.java file:
Which command prints SE 8 standard in the console window?
Given:
Given the code fragment:
Which two sets of actions, independently, enable the code fragment to print Fit?
Given the code fragment:
Which two code fragments can be independently inserted at line n1 to enable the code to print the elements of the array in reverse order? (Choose two.)
Given the code fragment:
Which two modifications, made independently, enable the code to compile? (Choose two.)
Given the code fragment:
And given the requirements:
1. Process all the elements of the array in the order of entry.
2. Process all the elements of the array in the reverse order of entry.
3. Process alternating elements of the array in the order of entry.
Which two statements are true? (Choose two.)