Are you looking for answers to your networking questions? Look no further! In this blog post, we will answer questions about networking topics such as MAC addresses, VTP, and more. We’ll help you understand the basics and provide you with the information you need to succeed in your networking career. Whether you’re studying for CCNA, CCENT, Network+, or Security+ exams, we’ve got you covered. Read on to learn more about networking topics and get the answers you need.
How many MAC addresses can be on a network with a /24 subnet mask?
The number of MAC addresses that can be on a network with a /24 subnet mask is 16,777,214. This is due to the fact that each bit in the mask is used to designate a range of IP addresses that can be used on the network. As the /24 subnet mask is 8 bits long, this provides 256 different values for each of the four octets in an IP address, which equates to 16,777,214 possible addresses.
What is the range of valid IP addresses for a host with a /29 subnet mask?
The range of valid IP addresses for a host with a /29 subnet mask is from 192.168.0.1 to 192.168.0.6. This mask allows for 6 usable IP addresses, which are the ones in the range given. The network address is always the first IP and the broadcast address is always the last IP, so they cannot be used as valid IP addresses.
What is the broadcast address for a host with a /29 subnet mask?
The broadcast address for a host with a /29 subnet mask is the last IP address in the range of valid IP addresses. This address is used to send data packets to all hosts on the network. It is also used by routers to update their routing tables with any new information they need to know. The broadcast address is essential in ensuring that all devices on a network can communicate with each other.
How many hosts can be on a network with a /29 subnet mask?
The number of hosts that can be on a network with a /29 subnet mask is 6. This is because a /29 subnet mask divides the IP address into 8 bits, and two bits are dedicated for the host address. This leaves 6 bits for the network address, resulting in a total of 2^6 or 64 possible combinations, which means 6 hosts can be supported on this network.