explain DRAM architecture with block diagram?
It is 169.254.0.0 /16
1. 192.0.2.0 /24
what is communication system explain with block diagram.
Medium to large corporations typically avoid Class C IP address blocks due to their limited number of usable IP addresses, usually ranging from 1 to 254. This restriction can hinder scalability and growth, as businesses often require more IP addresses for expanding networks, devices, and services. Additionally, Class C addresses can lead to inefficient network management and segmentation challenges, making larger Class A or B blocks more appealing for their flexibility and capacity.
i dont no answer
yes
No. If you have one IP per customer, you don't need to create smaller subnets. (You won't have enough addresses though - the first and last addresses of the block will be the network and broadcast addresses and won't be useable. You'll only have 1022 usable addresses)
One major block of addresses reserved for special purposes is the IPv4 experimental address range 240.0.0.0 to 255.255.255.254. Currently, they cannot be used in IPv4 networks. However, these addresses could be used for research or experimentation.
When a ray of light is shone through a block, it may get refracted (bent) as it passes from one medium to another. The amount of bending depends on the difference in optical density between the block and the surrounding medium. If the block is transparent, the light may pass through without much deviation, but if the block is opaque, then the light may be absorbed or scattered within the block.
LBA (Logical block addressing) LBA (Logical block addressing) LBA (Logical block addressing)
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