Answer:
The correct answer to this question is given below in the explanation section.
Explanation:
The correct answer to this question is : 4.
When you run this program in Java. The output produce by this program is 4
The given code is:
import java.util.ArrayList;
public class arrayList7
{
public static void main(String[] args) {
ArrayList one = new ArrayList ();
Integer count=3;
count=count+1;
one.add(2);
one.add(count);
System.out.println(one.get(1));
}
}
This code store the value in ArrayList one variable. It first adds 2 at zero indexes and 4 at first index. When you print the value at index one, you will get the output 4. because the count variable contains 4. If you want to print 2, then you specify the print statement that prints the value at index zero. eg.
System.out.println(one.get(0));
Answer:
he intentado encender la computadora mono
Explanation:
To accomplish this without using a loop,
we can use math on a string.
Example:
print("apple" * 8)
Output:
appleappleappleappleappleappleappleapple
In this example,
the multiplication by 8 actually creates 8 copies of the string.
So that's the type of logic we want to apply to our problem.
<span>def powersOfTwo(number):
if number >= 0:
return print("*" * 2**number)
else:
<span>return
Hmm I can't make indentations in this box,
so it's doesn't format correctly.
Hopefully you get the idea though.
We're taking the string containing an asterisk and copying it 2^(number) times.
Beyond that you will need to call the function below.
Test it with some different values.
powersOfTwo(4) should print 2^4 asterisks: ****************</span></span>
Answer:
<h3><u>Component Team</u></h3>
- Leads to 'invented' work and a Forever-Growing Organization
- Dependencies between teams leads to additional planning
<h3><u>Feature Team</u></h3>
- Leads to customer focus,visibility and smaller organization
- Minimizes dependencies between teams and increase flexibility
Answer:
Explained
Explanation:
The three characteristics of an object
Encapsulation: It is the process of capturing data and securing it for safety from the outside interfaces. Binding data and operations of data into a single unit.
Inheritance: This is the process by which a class can be derived from the base class, with all features of base class and some of its own. This increases data reusability.
Abstraction: The ability to represent data at very basic level without showing the details of it is called abstraction.
