The statement "The maximum virtual Address space that a process is given is limited by the physical address space in the system "is True.
This is because virtual address space is essentially a logical address space that is created by the operating system to allow processes to access memory.
The operating system manages this virtual address space by mapping it onto physical memory, which is limited by the amount of physical RAM available in the system.
Therefore, if the physical memory is limited, the virtual address space that a process can access will also be limited. This is done to prevent processes from consuming too much physical memory and causing the system to crash or slow down.
It's worth noting that virtual memory management techniques, such as paging and swapping, can help to extend the available virtual address space beyond the physical memory limit, but the maximum limit is still bounded by the physical address space in the system.
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all addresses that begin (in hex) with the digits ff are ________ addresses.
All addresses that begin with the digits ff in hex are reserved multicast addresses. In computer networking, an IP multicast address is a logical identifier for a group of hosts in a computer network.
Multicast addresses are identified by the prefix ff in their first octet (8 bits in a byte), which means that all addresses that begin with the digits ff in hex are reserved multicast addresses. These addresses are used to send data packets to a group of hosts that have joined a multicast group, instead of sending packets to each host individually. Multicast addressing is used in various network protocols, including Internet Protocol (IP), User Datagram Protocol (UDP), and Transmission Control Protocol (TCP).
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All addresses that begin (in hex) with the digits "FF" are reserved or designated as "broadcast" addresses.
In computer networking, a broadcast address is a special type of address used to send a message to all devices connected to a particular network. When a device sends a message to the broadcast address, the message is delivered to every device on the network, rather than just a single recipient.
This is useful for certain types of network operations, such as network discovery, configuration, or announcement.
In IPv4 networking, the broadcast address is typically represented as an address where all bits are set to 1's.
The network portion of the address is represented by the bits set to 1's in the subnet mask, and the remaining bits are set to 1's to indicate the broadcast address.
A network with an IP address of 192.168.1.0 and a subnet mask of 255.255.255.0, the broadcast address would be 192.168.1.255.
If the IP address started with FF, it would be interpreted as a broadcast address in some networking contexts.
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