Answer:
import java.util.Scanner;
public class TeenagerDetector {
public static void main (String [] args) {
Scanner scnr = new Scanner(System.in);
boolean isTeenager;
int kidAge;
kidAge = scnr.nextInt();
/* Your solution goes here */
isTeenager = (kidAge >= 13) && (kidAge <= 19);
if (isTeenager) {
System.out.println("Teen");
} else { System.out.println("Not teen"); } } }
Explanation:
A condition which check for the teenager age and return a boolean is assigned to isTeenager.
isTeenager = (kidAge >=13) && (kidAge <= 19);
So, if the kidAge is greater than/equal to 13 and less than/19, the boolean isTeenager will be true and the program will output "Teen" else "false" will be output.
The range of age for a teenager is 13 - 19.
The software development methodology used by the Game Changer teams is called; <u><em>Prototyping</em></u>
<u><em /></u>
We are given that;
- Game changer technologies has four software teams
- Each of the teams develops 4 different examples of the new game app.
Now, since each of them is developing four four different examples of its new game app, the method being used is called prototyping. This is because prototyping is referred to as the early approximation of the final system of a product whereby such a product is built, tested and rebuilt if required until an acceptable prototype is achieved.
When the acceptable prototype is gotten, then it will be used to develop its final game app.
Read more about prototype at; brainly.com/question/25824140
Answer:
First shift - 1101
Second shift - 0110
Third shift - 1011
Fourth shift - 1101
Fifth shift - 0110
Sixth shift - 1011
Explanation:
Each time you shift a register to the right, you do 3 things:
- The rightmost digit drops off
- You move the next three digits over one position to the right
- You fill in the leftmost position with one of the numbers from your serial input.
Contents are initially 1011. The 1 on the right disappears. The leftmost 3 digits (101) end up in the last 3 positions of the register. The first position of the register takes a number from the serial input, which is 1 in this case. So you end up with 1101.
Do this a second time. The rightmost 1 is gone, the 110 end up as the last 3 positions of the register, and you end up with 0 in the leftmost position. This one is 0110.
The remaining 4 follow the same pattern.
<span>The output voltage of a typical size "D" NiCad cell would be 1.2 volts.</span>
