This was the most understandable explanation of VLSM that I have watched. The other videos were good, but you nailed it for me. I now know exactly what I need to consider when trying to solve a VLSM problem. Thank you very much!!
Thank you very much for that clear explanation about vlsm. This was all I needed, because in all the videos about vlsm that I have watched their explanations weren't so clear like the ones you done. All thanks to you I now have a clear picture about vlsm. Thank you.
The best explanation for VLSM! This one is direct and straight to the topic unlike other videos! Keep up the good work! It helps a lot! love love love!
/20 will be 2^(no. of host bits) which is 12, so 2^12= 4096 and the /19 will equal 2^13 host bits= 8192 hosts -2 will give ya 8190 alive hosts. Great video and very simple explanation.
Milinium Otaku We subtract 2 because 1 host is reserved for the Network ID and the other host is reserved to the Broadcast ID, both hosts can't be assigned.
I have seen like 10 videos on VSLM and none helped until I stumbled upon yours. Thank you so much!
thank you very much , you are the person who teach this lesson for me .. not my lectures and other youtubers , so thank you very much madam
And suddenly, there is a light at the end of the tunnel... Thank you very much!
You are the best, I've seen many examples but yours it simple thanks my sister.
to all i watched , this video has the best explanation
You know when someone is good, when you get it first time. It shows they have a thorough understanding. Thanks a bunch.
The best explanation of how to do VLSM for me. Awesome! Thanks a million and please keep up the good work.
damn true , very well explained
BEST AND EASIEST VLSM TUTORIAL EVER! THANKS SO MUCH!!!
This was the most understandable explanation of VLSM that I have watched. The other videos were good, but you nailed it for me. I now know exactly what I need to consider when trying to solve a VLSM problem. Thank you very much!!
this video is my life saver. Thank you so much
ADharamsi! I am deeply grateful!
Thank you very much for that clear explanation about vlsm. This was all I needed, because in all the videos about vlsm that I have watched their explanations weren't so clear like the ones you done. All thanks to you I now have a clear picture about vlsm. Thank you.
The best explanation for VLSM! This one is direct and straight to the topic unlike other videos! Keep up the good work! It helps a lot! love love love!
Wow! The best VLSM explaination ever! Thanks!
Best explanation ever for vlsm...!!! love you
Top VLSM explanation on youtube!! Thanks!
its refreshing to hear a woman teaching subnetting. I acutally understood this too! thank god!
thanks allot !!!
watching this in 2019 !!
can't believe this video is to old
Thanks so much dear.This is the best explanation i have ever found for this
I love this - helped me a lot thanks
You're explanations are really clear
Thanks ,your explanation is very good 😍🙂
Amen great explanation
This video is my life saver
very clear explanation, thanks
This helped me so much! Thanks so much!
Very well done! Thank you!
i think youtube should make a love button ..that is awesome..but i can only hit a like.
thank you so much, great help
Thank you very much. Now I know how VLSM works. Can you please post more videos about subnetting and VLSM?. Many Thanks :)
Really Its Nice Thanks !
SOMEONE PLEASE
Explain me how she got that magic 32 number and all other magic numbers. it only thing i did not get.
thanks a lot..
try to increase the vdo quality mam
Mil vídeos, para encontrar mi respuesta. Mil gracias.
i think /20 can give you 8192 address. could you please check for me as I am confused here??
/20 will be 2^(no. of host bits) which is 12, so 2^12= 4096 and the /19 will equal 2^13 host bits= 8192 hosts -2 will give ya 8190 alive hosts. Great video and very simple explanation.
why do you subtract 2?
Milinium Otaku We subtract 2 because 1 host is reserved for the Network ID and the other host is reserved to the Broadcast ID, both hosts can't be assigned.
that makes sense. Thank you!
I want need help