L52: IPv4 Classless Addressing | Mask, Solved Questions on Extracting Block Information | Networking

[@SreyRc]

Sir, your explain things so clearly and present information so neatly! This lecture series is helping me so much! Can't thank you enough sir!

[@tanmayborsare]

3:11 But sir it's possible when it cannot be in the form of decimal....bcz It is already in a decimal notation & it is correct or wrong....plz explain it with example to explain how we can divisible no. of addresses / answered decimal number

[@eathealthywithumang]

happy teacher's day sir! Thanks a lot for your guidance. i really appreciate this channel :)

[@notsonormie]

sir ji pass krwa diya aap ne :)

[@HiteshKumar-b2h]

mast padhate ho

[@yashmishra12]

Could anyone prove that the example taken satisfies the third restriction? 205/16 is not an integer. What am I missing?

[@ashishrai9603]

bsdk jo sir ne jo likha hai whi likh dio paper me.

[@ishitamalhotra1138]

The number of addresses can be found by complementing the mask, interpreting it as a
decimal number, and adding 1 to it.

[@faisalmalik1433]

You can also find no.of addresses by this...
No.of address= 2^32-n ....
So simple....😉

[@shahnawazshaikh4708]

can u explain classless addressing by relating with classfull addressing?

[@ss.sharma]

Sir u have any video based on PLC 's

[@anushapriya1354]

Nice videos 👍👍

[@shivammehta8284]

Can't we find last address after finding 1st address as first address + no. Of address

[@ahsanabdullah6093]

Best...

[@shivammehta8284]

205 is not divisible by 16

[@heraahmad5778]

Where is subnetting and supernetting..

[@ankitchatterjee6282]

that address is not divisible by 16

[@jamilansari9272]

Are decimal se binary kaise convert kare

[@barshalamichhane6761]

255 is not divided by 16 exactly

[@helloelectronic]

number of addresses is 256 -> 0-255

[@user-by9kb8ur8c]

And m 1.1=1 HOTA hai