All categories

3 years ago

The process of adding a header to the data inherited from the layer above is called what option below

Computers and Technology

1 answer:

Tom [10]3 years ago

4 0

Answer:

The correct answer to the following question will be "Encapsulation".

Explanation:

The wrapping of the data into a single unit or the method by which a header is applied to the data inherited from the above layer is termed as Encapsulation.

While relating to networking, encapsulation would be the method of storing and converting data through one protocol into another, so that the data can proceed over a network. A TCP/IP package contained under an ATM system, for example, is indeed a kind of encapsulation.

Therefore, Encapsulation is the right answer.

You might be interested in

Households pay taxes to the government and receive public services. Which of the following is a public service?

Gwar [14]

C. Roads this is the correct answer

8 0

3 years ago

Allan needs to ensure that an object is in a very precise location on a slide. He decides to use the Ruler option to achieve thi

shusha [124]

Answer:

It can be found on View tab.

Explanation:

The view tab on Microsoft Power point is the 9th tab when counting from the left. When clicked, the view tab displays a number of tools that are aimed at visualizing how slides appear.

The ruler function is one of those tools. It is used to ensure that an object is placed or appears at a specific location in the slides. The ruler tool can be found in the Show Box which is the third box from left after Presentation View and Master View.

8 0

3 years ago

Read 2 more answers

Write the logical Expression and Draw the Truth table for the <br> following questions

Alja [10]

The logical expressions are

(X NOR Y ) OR Z ⇒ $(\bar X \bar + \bar Y) + Z$
(A NAND B) AND NOT C ⇒ $(\bar A \bar \cdot\bar B) \cdot \bar C$

<h3>How to determine the logical expressions?</h3>

<u>Logical expression 1</u>

X and Y are linked by the NOR gate.

So, we have:

X NOR Y

The X NOR Y is linked to Z by the OR gate.

So, we have:

(X NOR Y) OR Z

Hence, the logical expression is (X NOR Y ) OR Z ⇒ $(\bar X \bar + \bar Y) + Z$

<u>Logical expression 2</u>

A and B are linked by the NAND gate.

So, we have:

A NAND B

The A NAND B is linked to C by the AND gate.

So, we have:

(A NAND B) AND C

Hence, the logical expression is (A NAND B) AND NOT C ⇒ $(\bar A \bar \cdot\bar B) \cdot \bar C$

See attachment for the truth tables