Can i see options of what you are talking about
Answer:
B) At runtime, new Integer[2] is assigned to numberArray. This makes each element of numberArray an Integer object. So you cannot assign a Double object to it.
Explanation:
The Number class in Java is the superclass for the numbers. Once it is set to the Integer object, the values in <u>numberArray</u> must be all integers, we know that arrays can hold one type of value in Java. Assigning a double value is not allowed in this situation.
Answer:
Transition section helps us to move from one shot to the next.
Explanation:
Synopsis: This tells actually what is the story is all about. We can call that as a “short description about the story”.
Sketch: It is the drawing window, where we pictorially represent the story.
Transition: This actually tells us about the next move.
Shot description: We can consider a “shot” as one of the scene in the story. So, it shot contain image and its description.
Shot Sequence: This is for “Pre-visualizing” video.
Among all the choice, Transition option takes the write definition.
Answer:
The method written in Java is as follows:
public static ArrayList<Double> removeHighPrice (ArrayList<Double> prices){
for(int i =0;i<prices.size();i++){
if(prices.get(i) > 5.00){
prices.remove(i);
break;
}
}
return(prices);
}
Explanation:
This line declares the method
public static ArrayList<Double> removeHighPrice (ArrayList<Double> prices){
This line iterates through the ArrayList named prices
for(int i =0;i<prices.size();i++){
This checks if current price is greater than 5
if(prices.get(i) > 5.00){
If yes, the price is removed
prices.remove(i);
And the loop is terminated
break;
}
}
This returns the ArrayList
return(prices);
}
<em>I've added as an attachment, the complete program which includes the main method</em>
Answer:
Explanation:
The following code is written in Java. It creates the Bug class with the position and direction variables. Then it creates a constructor, move method, turn method, and getPosition method. Finally, a bug object called bugsy is created in the main method, and we move it once to the right, then again to the right, and then we turn it and move it 5 times to the left, printing out the position when it is done moving. Output can be seen in the attached picture below.
class Brainly {
public static void main(String[] args) {
Bug bugsy = new Bug(10);
bugsy.move();
System.out.println("Current bug position: " + bugsy.getPosition());
bugsy.move();
System.out.println("Current bug position: " + bugsy.getPosition());
bugsy.turn();
bugsy.move();
bugsy.move();
bugsy.move();
bugsy.move();
bugsy.move();
System.out.println("Current bug position: " + bugsy.getPosition());
}
}
class Bug {
char direction = 'r';
int position = 0;
public Bug(int initialPosition) {
this.position = initialPosition;
}
public void turn() {
if (this.direction == 'r') {
this.direction = 'l';
} else {
this.direction = 'r';
}
}
public void move() {
if (this.direction == 'r') {
this.position += 1;
} else {
this.position -= 1;
}
}
public int getPosition() {
return this.position;
}
}
