Answer:
B
Explanation:
An authentication server server tracks who is logging on to the network as well as which services on the network are available to each user. It also does the job of providing a network service that applications can use to authenticate the credentials, that are oftentimes account names and passwords, of their users. Authentication server is also used as the basis for authorization.
[YOU NEED A SIM CARD TRAY, IF A DRIVER IS NEEDED IT WILL TELL YOU AND JUST LET YOU INSTALL IT]
-Ensure the device is powered off.
-From the left edge of the device, remove the card tray. ...
-With the gold contacts facing down and the notch located in the lower-right, insert the SIM card into the tray as shown. ...
-Insert the card tray.
Answer: Option C : Make a decompression stop that splits the difference between what your buddy's computer requires and what yours does.
Explanation:
Dive computers are battery-powered computers within a watertight and pressure resistant case. These computers track the dive profile by measuring time and pressure.
hence, making a decompression stop that splits the difference between what your buddy's computer requires and what yours does is the best option.
I recommend looking up feet to inches on google and there is a fine converter there, however please tell me if you are looking for something else.
Answer:
Firstly, create an AirConditioner class inside a file named as AirConditioner.java. This is important to make sure the class name match with the file name.
- public class AirConditioner {
- private boolean status = false;
- public void turn_on()
- {
- this.status = true;
- }
- public void turn_off()
- {
- this.status = false;
- }
- public boolean getStatus()
- {
- return this.status;
- }
- }
Next, create another file named as Main.java. This is where we are going to include a Main method to create an object of AirConditioner class and get the air conditioner status. The codes are as follows:
- public class Main {
- public static void main(String[] args) {
- AirConditioner my_ac= new AirConditioner();
- boolean status;
- my_ac.turn_on();
- status = my_ac.getStatus();
- System.out.println(status);
- }
- }
Explanation:
The codes presented above are written based on the question requirements.
<u>AirConditioner.java</u>
Line 1:
- Create an AirConditioner class
Line 3:
- A property status is defined. This is important to track the status of an AirConditioner object.
Line 5 -8 and Line 10 -13:
- Create two required methods turn_on() and turn_off(). Both of them accept no arguments and return no value.
- The only job done by this two methods is to change the status property to either true (on) or false (off).
Line 15 - 18:
- The getStatus() method is to return the current status of the AirConditioner object to the Main method in main.java.
<u>Main.java</u>
Line 5-6:
- Within the Main method, create an object of AirConditioner and assign it to a reference variable, my_ac
- Create the status variable as a boolean variable.
Line 8:
- Use reference variable my_ac to invoke turn_on() method to change the status of the AirConditioner object to true
- Use the same reference variable my_ac to invoke getStatus() method to get the current satus of the AirConditioner object and assign it to the status variable.
Line 11:
- Print the status of AirConditioner Object in terminal
