NTWK8021 Network Planning Quiz

Which numbering systems are essential for networking and IT in general?

What does each digit represent in the Base-10 Numbering System?

What is another name for the Base-10 Numbering System?

Which numbering system is a way of representing IPv4 addresses in networking?

What is the range of digits in the Base-10 Numbering System?

Which numbering system is commonly used for representing IP addresses in binary form?

What is the base of the binary numbering system?

In networking, what is another term for the hexadecimal numbering system?

What is the base of the hexadecimal numbering system?

What is the base of the octal numbering system?

Which numbering system is not typically used for representing IP addresses in networking?

What is the range of digits in the octal numbering system?

In the decimal (base-10) numbering system, what does 100 represent?

How many IP addresses can IPv4 accommodate?

In a Class B network address, how many bytes are used for the network address?

What was developed to fix the issue of IPv4 address exhaustion?

How many bits does an IPv6 address consist of?

What is the main protocol used for network communication at this current time?

In the binary (base-2) numbering system, what does 101 represent?

How many bits are used in IPv4 addressing?

In a Class C network address, how many bytes are dedicated to the network portion of the address?

What was implemented to assist with the issue of IPv4 address exhaustion?

How many bits does an IPv4 address consist of?

What layer of the OSI model do IP addresses operate at?

IPv6 addresses consist of 32 bits

The binary numbering system is commonly used for representing IP addresses in binary form

The hexadecimal numbering system is not typically used for representing IP addresses in networking

The range of digits in the Base-10 Numbering System is 0-9

In networking, the Base-10 Numbering System is also known as dotted decimal notation or decimal-dot notation

The octal numbering system is essential for networking and IT in general

In a Class A network address, 2 bytes are used for the network address

IP addresses operate at the transport layer of the OSI model

DHCP is a basic TCP/IP protocol

IPv4 can accommodate 2^32 IP addresses

The main protocol used for network communication at this current time is DHCP

IPv4 addresses are represented in binary form using the Base-10 Numbering System

IPv6 uses 32-bit decimal notation for addressing.

IPv4 has 4,294,967,296 available addresses.

IP addresses operate at Layer 3 of the OSI model.

Class A network address assigns the first byte to host addresses.

IPv4 address space has been assigned for internal use only for LANs.

IPv6 is the main protocol used for internal networks at this current time.

Decimal-to-Hex conversion is not essential for networking and IT.

IPv6 was developed to fix the issue of IPv4 address exhaustion.

NAT was implemented to assist with the issue of IPv6 address exhaustion.

Only IPv4 is used for internal networks (LANs) at this current time.

IPv6 has special addresses reserved for different purposes including troubleshooting.

The internet is currently using only IPv4, not a hybrid environment.

In the binary numbering system, what does the sequence '101' represent?

What is the range of digits in the octal numbering system?

How is the Base-10 Numbering System also known in networking?

What is the base of the hexadecimal numbering system?

What does each digit represent in the Base-10 Numbering System?

In the decimal (base-10) numbering system, what does the sequence '100' represent?

How many bytes are used for the network address in a Class A network address?

How many bytes are used for the network address in a Class B network address?

How many bytes are dedicated to the network portion of the address in a Class C network address?

What is the main protocol used for network communication at the current time?

What was implemented to assist with the issue of IPv4 address exhaustion?

What is the main topic of discussion in Week 6 of NTWK8021?

How many bits does an IPv6 address consist of?

What is the main standard for communication in networks?

In a Class B network address, how many bytes are used for the network address?

What is the range of digits in the Base-10 Numbering System?

What was developed to fix the issue of IPv4 address exhaustion?

What layer of the OSI model do IP addresses operate at?

How many bits are used in IPv4 addressing?

What is the base of the binary numbering system?

How many IP addresses can IPv4 accommodate?

What does each digit represent in the Base-10 Numbering System?

What is the base of the hexadecimal numbering system?

What is the main protocol used for network communication at this current time?

IPv6 consists of 128 bits, while IPv4 consists of ______ bits

IPv4 has a total of 4,294,967,296 available ______ addresses

In the decimal (base-10) numbering system, each digit represents a power of ______

In a Class B network address, the first ______ bytes are assigned to the network address

IPv6 was developed to address the limitations of IPv4, such as address exhaustion and the need for complex ______ solutions

The binary numbering system is identified as either 1 () or 0 ()

Each digit in the Base-10 Numbering System is in the range of ______

In a Class C network address, the first ______ bytes are dedicated to the network portion of the address

IPv4 operates at Layer ______ of the OSI Model

IPv4 Address spaces have been assigned for Internal use only for ______

The hexadecimal numbering system is identified by numbers 0-9 and letters ______

IPv6 has a possible 340 undecillion ______ addresses

Understanding these numbering systems is essential for networking as well as IT in general

Decimal Numbering is a way of representing IPv4 addresses in networking

Each digit represents a Power of 10

Also known as dotted decimal notation or decimal-dot notation

Example

Type

Understand common ______ and how to convert from decimal to binary to hexadecimal

Understand both ______ addressing

There are three central numbering systems when it comes to networking

Decimal Binary Hexadecimal

Numbering Systems Decimal Binary Hexadecimal

NTWK8021 – Network Planning

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