you prolly dont give a damn but does someone know a method to get back into an instagram account?? I was dumb forgot my login password. I appreciate any assistance you can give me!
@Bruce Apollo I really appreciate your reply. I found the site thru google and I'm in the hacking process atm. Takes a while so I will get back to you later when my account password hopefully is recovered.
You are a life saver. No matter how many times my teacher explained this, i just couldn't understand it and was beyond frustrated until now. Thank You for uploading and sharing. cheers.
Studying CompTIA Network+ and spent a few hours on their Learn page trying to wrap my head around this. Your video made it so simple in under 10 mins!! Thank you!!!
I've listened to video after video with explanations that make no sense at all, i have watched everyone of your videos and it all just makes sense now. Man, you are a LIFE SAVER!! Thanks for the simple explanation.
Oh.my.heart! God BLESS you! I totally can do it now! Watched a bazillion videos before I found a system that works for me. And this works! Thank you!!!!
WOW! This guy just made this so simple. It made the other subnetting I am learning come together too. If you need to find the first and last possible IPs in a subnet, get the last by subtracting 1 from the broadcast. To get the first, subtract the "multiplier" from the "funny" octet in the broadcast and add 0's to any remaining octets except the last one, which is a 1. Well, all that makes perfect sense to me anyway. I love this guy.
Simple like that? I'm learning about that during a few hours but I still don't understand, after watching your video I understand now Thank you for the explain
Isn't the "172" example really 255.255.0.0 b/c "172" is a class B IP address? In your 172.16.20.20 example, you gave a subnet mask of 255.255.255.0, which is a class C 192 IP address.
Definitely right ..the second example is mistaken..the default subnet mask for a class B IP address is 255.255.0.0..And the correct broadcast address will be 172.16.255.255
Thanks, but I see an exception which is not covered in your training, when the broadcast section value is already greater than IP section value. I still think the method in which one can OR binary form of inverted netmask (Wildcard) and IP, is the easier one to understand.
The train stop analogy can be a bit more comprehensive: say if you change 33 to 40 in the 192.168.2.33 example, then you won't miss your train stop, you would hit your train stop, but you still want to go to your next train stop, then get off. This is to hit 40, then go to 48, then do 48-1.
The most simple explanation I've ever seen instead of difficult formulas.
Thanks a lot for the video, really appriciate to you
Thank you for the simple explanation. Everyone makes it so complex when its really as simple as this.
you prolly dont give a damn but does someone know a method to get back into an instagram account??
I was dumb forgot my login password. I appreciate any assistance you can give me!
@Jamie Aryan Instablaster :)
@Bruce Apollo I really appreciate your reply. I found the site thru google and I'm in the hacking process atm.
Takes a while so I will get back to you later when my account password hopefully is recovered.
@Bruce Apollo It did the trick and I finally got access to my account again. I am so happy:D
Thank you so much you really help me out :D
@Jamie Aryan You are welcome :)
You are a life saver. No matter how many times my teacher explained this, i just couldn't understand it and was beyond frustrated until now. Thank You for uploading and sharing. cheers.
Great job, I am preparing for the CCNA exam and your explanation is way much simpler and clearer then the official CCNA guide's one. Thanks a lot!
So much easier than what most teachers teach. Thank you
Studying CompTIA Network+ and spent a few hours on their Learn page trying to wrap my head around this. Your video made it so simple in under 10 mins!! Thank you!!!
Thank you for simplifying it.!!!! I swear these Cisco books make subnetting so confusing
This is what I called a good understanding of subnetting. You are a life saver
This video made finding the broadcast address the simplest ever. Thank you
I've listened to video after video with explanations that make no sense at all, i have watched everyone of your videos and it all just makes sense now. Man, you are a LIFE SAVER!! Thanks for the simple explanation.
Very simple explanation. Thank you!!!!! Spent over 30 minutes trying to find help with determining the broadcast address.
the fact its actully this easy lmao. my teacher literally took 2 hours trying to explain this just confusing us more
I have arrived here for the same reasons! paying top $$ to university for substandard lectures!
Teachers make it worse
Thank you verrry verrry verrry much. You are the best teacher ever...
understood it easily within 3 minutes when i was stressing out for 2 weeks over it- :^)
super easy but only because you're a great teacher I don't know why others can't just explain the math behind it math is awesome
Simplest and easiest way of subneting. Thank you for your time and effort.
This video is still a life saver to this day, so easy. Thank you so much, hope your doing awesome!
Oh.my.heart! God BLESS you! I totally can do it now! Watched a bazillion videos before I found a system that works for me. And this works! Thank you!!!!
Sir, thank you. I can't understand my instructor's handouts since he did not explain to us. Once again, thank you Sir! More videos to come.
This is great! Really helped me in more ways that you could imagine. I was struggling so much and this method just CLICKED!
Words cannot explain my gratitude, thank you for this.
This is the best explanation of a broadcast ip. Cheers
You are the best teacher in the world. Thank you
GOD BLESS YOU YOU DESERVE ALL THE MONEY IN THE WORLD
Bro thank you so much, this video and the other video for finding subnets are the best simplest explanations I've ever seen.
You have the greatest lesson tutorial ever! I hope you don't die :))
The audio was a little rough but the content was clear and simple. Thank you for the lesson. Helped me study for the CompTIA Net+
Wow, c’est effectivement l’explication la plus simple que j’ai entendue, tellement plus simple que je pensais.
oh my god thank you so much. its so much easier than my teacher explain it to me
i watched more than 15 videos but this video solves my problem, thank you so much for the useful video!!
The 1st time I’ve been able to answer these types of questions in less than 10 minutes
So much easier than what most teachers teach thank you a lot
I never thought it could be so simple.... when explained as you do ! Thank you. Xavier/Belgium
this is probably the best explanation/method I've ever seen. Thank you so much. You sir have earned my sub.
WOW! This guy just made this so simple. It made the other subnetting I am learning come together too. If you need to find the first and last possible IPs in a subnet, get the last by subtracting 1 from the broadcast. To get the first, subtract the "multiplier" from the "funny" octet in the broadcast and add 0's to any remaining octets except the last one, which is a 1. Well, all that makes perfect sense to me anyway. I love this guy.
This method does not work. Adds confusion. Sorry.
Thank you, that was very simple (commenting this at 2.12am)
"finding the subnet broadcast address with a difficult mask" - start at 04:30 to save some time
Thanks a lot, tomorrow I have an exam about this and i can finally say that i understand this, thanks a lot : )
Hi there , in the second example isn't it Class B? because the value is in between 128-191 ?
thank god for these videos. they are helping me so much!
Now, I understand, glad I found you, Thank you
Thank you very much, this has truly helped me with my exams!
Study for knowledge not only for the exam.
Omg this is the best explanation I have ever seen. Thank you.
This is the easiest way of doing that very much appreciat
Very well explained but hard to digest. thank you sir you are the best in this.
thank you so much you explain way better than my lecturer ;)
This video is awesome! Thank you so much.
Thanks a lot.....This helped me to solve assignment!!
2023 and this just helped me
This great explanation learned me
something new!
Thanks!
Thank you very much you make it very easy for me
THANK YOU MUCH really helpfull to understand
Ty so much, that's the clearest explanation I've found!
excellent explanations. thank you.
You deserve my heartfelt thanks
Merci pour ces explications!
Thank you very much for this explanation I really love this thank you so much ❤
Very great explanation, this helped me tremendously! Thank you!
Simple like that? I'm learning about that during a few hours but I still don't understand, after watching your video I understand now
Thank you for the explain
Isn't the "172" example really 255.255.0.0 b/c "172" is a class B IP address? In your 172.16.20.20 example, you gave a subnet mask of 255.255.255.0, which is a class C 192 IP address.
Michael Cedeno 172.16.20.20/24 works fine, there is no such rule that says 172 can not have more than a 255.255.0.0 mask.
It should be 172.16.255.255 and not 172.16.20.255
@@michaeldizon1641 I was a bit confused until I saw this comment, all my questions were removed, thanks you
Definitely right ..the second example is mistaken..the default subnet mask for a class B IP address is 255.255.0.0..And the correct broadcast address will be 172.16.255.255
@@allukazoldyck3934 thank you! I ain't the smartest dude out there! You make me feel a little intelligent today! Ha. Cheers!
Very simple illustration ....you are genius
So so simple
Thank you!
omg such a life saver and comprehensible explanation! Thank You:)
Thank you so much ive been struggling with this and this video was so simple and helpful!!!
I love this video thank you sooo much!!!
OMG! How it could be so pretty easy??! You are genius.
Amazing how this is simple
This was very easy to understand, I got it right away. Thank you!
Perfectly explained, thank you so much.....
Thank you 🙏.....this was ABC made simple! Others makes it looks like rocket science
Thanks, but I see an exception which is not covered in your training, when the broadcast section value is already greater than IP section value. I still think the method in which one can OR binary form of inverted netmask (Wildcard) and IP, is the easier one to understand.
Thank you!! You made this so much easier
Thank you enormously. My respect!
Very nice explanation, thank you.
Close to excellent. Thanks!
This guy is just amazing. Thank you
Thank you! What a great explanation
This video helps me a lot
tysm dude, i understand u pretty quickly, good job and ty again :D
Brilliant. Helps me so much
marvelous video, thank you!
Love your videos, so easily explained!
Thank you really helped a lot!!
Super and simple explanation ...super Bro
Thanks mate. That helps a lot to me. Keep up the good work.
The train stop analogy can be a bit more comprehensive: say if you change 33 to 40 in the 192.168.2.33 example, then you won't miss your train stop, you would hit your train stop, but you still want to go to your next train stop, then get off. This is to hit 40, then go to 48, then do 48-1.
This is great, thank you
That's was so simple thank you sir!!
Thanks man we love you
thank you very much....very good and easy
Thank you so much
I thought there's gonna be a complex sciency math solving involved :'D
Thanks! Great tutorial.
great tutorial. best one I guess.
Great video thanks
This was great, thank you !
I love ur simple explanation, and thank you!
Thank you! This made a lot of sense to me.
You are the best
Thank you so much!!!
Very useful and easy