All categories

4 years ago

The order of the nodes in a linked list is determined by the data value stored in each node.

Computers and Technology

1 answer:

alisha [4.7K]4 years ago

8 0

Answer:

False

Explanation:

Linkedlist is a data structure which is used to store the elements in the node.

The node has two store two data.

first element and second pointer which store the address of the next node.

if their is no next node then it store the NULL.

We can store data in randomly. Therefore, the order of node cannot be determine by data values.

we can use pointers for traversing using the loop because only pointer know the address of the next node, and next noe know the address of next to next node and so on...

Therefore, the answer is False.

You might be interested in

Refer to the exhibit, a technician applies the configuration in the exhibit to an unconfigured router. To verify the configurati

pentagon [3]

Answer:

E. Enable secret 5 $1$v0/3$QyQWmJyT7zCa/yaBRasJm0 enable password 7 14141E0A1F17 line console 0 password 7 020507550A

Explanation:

The cisco ios is the operating system of any cisci network device. It is a command line interface used to configure these cisco devices.

The privilege user command "show running-config" in the command line interface is used to show the current configuration on the RAM of the router.

There are two ways to protect the router's console line with a password, with enable secret and enble password. The "enable secret" is a slightly encrypted password but the "enable password" has no encryption. These password methods are used to secure any channel to the router.

The "service password-encryption" command is used to encrypt all the passwords in the current configuration, to prevent attackers or unauthorized users from getting to the router.

7 0

4 years ago

Give the 16-bit 2's complement form of the following 8-bit 2's complement numbers: (a) OX94 (b) OXFF (c) OX23 (d) OXBCWhich of t

Korvikt [17]

Answer:

Answer is provided in the explanation section

Explanation:

Convert 8-bit 2’s complement form into 16-bit 2’s complement form.

First write value in binary then check for 8 th bit value. If it is positive the upper 8 bits will be zero otherwise will be 1s.

8-bit number Binary of number Insert 8 bits 16-bit number

0X94 1001-0100 1111-1111-1001-0100 0XFF94

0XFF 1111-1111 1111-1111-1111-1111 0XFFFF

0X23 0010-0011 0000-0000-0010-0011 0X0023

0XBC 1011-1100 1111-1111-1011-1100 0XFFBC

Which of the following 16-bit 2’s complement form can be shortened to 8-bits?

16-bit number 8-bit number

0X00BA 0XBA

0XFF94 MSB bits are not zero so we can’t truncate it to 8-bit No

0X0024 0X24

0XFF3C MSB bits are not zero so we can’t truncate it to 8-bit No

4 0

3 years ago

What should you consider when thinking about your target audience?

inysia [295]

Hi,

The answer is all of the above. Its best to know your audience as best as you can that way you are able to think about it better.

Hope this helps.
r3t40

6 0

4 years ago

Which of the following sentences is most appropriate for written communication at work or with a customer?

Ymorist [56]

there is nothing to choose from

5 0

3 years ago

Read 2 more answers

Suppose there are two hosts, S and R. They are communicating over a TCP connection, and R has already received from S al bytes f

never [62]

Answer:

Consider the given data

There are two host S and R communicating over a TCP connection.

Host R received from S all bytes from 1 through 233.

Host S sends three segments to Host R.

The sizes of the three segments are 50, 70, and 90 bytes.

In the first segment, the source port number is 212 and the destination port number is 80.

For segment 1:

As, Host R received 233 bytes from Host S, the sequence number of the first segment is 234.

The source port number = 212

The destination port number = 80.

For segment 2:

As the first segment size is 50 bytes and the sequence number of the first segment is 234, the sequence number of the second segment will be 50+ 234= 284.

The source and destination ports of all the segments are same.

The source port number = 212

The destination port number = 80.

For segment 3:

As the second segment size is 70 bytes and the sequence number of the second segment is 284, the sequence number of the third segment will be 70+ 284= 354.

The source and destination ports of all the segments are same.

The source port number = 212

The destination port number = 80.

In TCP, the acknowledgement number is the sequence number of the next byte to be expected.

The order of the segment arrive at R is 1, 2, 3.

The acknowledgement number of the second segment arriving is the sequence number of the next byte to be expected. The next byte is segment 3. The sequence number of the segment 3 is 354.

Therefore, the acknowledgement number of the second segment arriving is 354.

In the server side, the source and destination ports are swapped.

Then, the source port number = 80

The destination port number = 212.

In TCP, the acknowledgement number is the sequence number of the next byte to be expected.

The order of the segment arrive at R is 1, 3, 2.

The acknowledgement number of the second segment arriving is the sequence number of the next byte to be expected. The next byte is segment 2. The sequence number of the segment 2 is 284.

Therefore, the acknowledgement number of the second segment arriving is 284.

In the server side, the source and destination ports are swapped.

Then, the source port number = 80

The destination port number = 212.

The first segment acknowledge is the sequence number of the second segment that is lost.

The second and third segment acknowledgements arrive after the timeout interval. The timing diagram of these segments along with their sequence number and the number of bytes of data is shown in the below diagram.

Explanation:

See the attached picture for timing diagram.

4 0

4 years ago