Answer:
A high availability hub is not required to enable or use the self-describing agent. You can optionally configure a high availability hub for improved availability and recovery if the hub fails. Network Layer – The network layer is responsible for creating a routing table, and based on the routing table, forwarding the input request. Some of the Devices used in the Network Layer are, Routers: A router is a switch-like device that routes/forwards data packets based on their IP addresses.
Explanation:
(hope this helps can i plz have brainlist :D hehe)
Answer:
24
Explanation:
11000 is equivalent to 24 because if you look at a flippy do, the base is 2. so going from right-left, 2^0 is 1 for the first 0. second zero would be 2^1 which is 2. then the third zero is 4 (2^2). since they are zero’s, they are turned off, but the 1’s indicate that those bases are turned on. the first one going from right to left would then be 8 (2^3) and the last 1 going from right-left is 16 (2^4). so 16+8=24!
edit: didn’t mean to rate myself 1 star lol
Answer:
attenuation
Explanation:
Based on the information provided within the question it can be said that the phenomenon that is being described in this scenario is known as attenuation. In the context of physics, this refers to the gradual loss of intensity of something when traveling through a medium. Which in this case would be the data signals travelling through the cables.
Answer:
name
Explanation:
name =
is an assignment to the variable called 'name'.
Answer:
"this" keyword representing the class object itself.
Explanation:
Object-oriented programming concept emphasizes on using blueprints representing the structure of a data collection type to continuously create an instance of that data structure. The instance of that object is called a class object. It is used in database management systems to populate the database.
Functions defined in the class objects are called methods and are used specifically by the class instance to modify the data content of the class object defined.
When a member of a class is referenced in the class, it can be accessed with the "this" keyword. At an instance of the class object, the variable holding the object should be called to get the class content because of the "this" keyword binding the instance of the object to the method.
