Words
590
Runtime
6:59
Speaking pace
84wpm
Reading time
2min
84 words per minute, below the 160 25th percentile of 349 measured videos. That distribution comes from the 349-video hook study.
Opening (first 30 seconds)
Okay, let's say you have been given two IP addresses and you need to find whether they're in the same network or different network. Now, for example, let's look at this one. So, you have this IP address and you have this
42 words, the words spoken in the first 30 seconds at 84 words per minute.
Sentence shape
| Measure | This transcript |
|---|---|
| Sentences | 81 |
| Average words per sentence | 7.3 |
| Longest sentence | 28 words |
| Questions asked | 13 |
| Sentences containing a number | 30 |
Most used terms
- network26
- portion21
- different17
- network portion15
- okay13
- different networks8
- networks8
- host5
- host portion5
- ip5
- write5
- convert4
Filler phrases
3 in total: like 2 · you know 1.
A literal whole-word count of the same phrase list the Prepublish browser extension uses, so a phrase inside another word is not counted and a phrase used in its ordinary sense still is. It is a count and not a judgement.
What this transcript is
Every word below is the caption track YouTube publishes for this video, pulled from the video itself and reproduced unchanged. It is not Prepublish's writing, not a summary, and not a re-transcription: it is the video's own published captions. English captions, generated automatically by YouTube, in the video’s original language. Source: the video on YouTube. A channel that would rather this page did not exist can ask for its removal through the contact page, and it is removed.
Transcript
Okay, let's say you have been given two IP addresses and you need to find whether they're in the same network or different network. Now, for example, let's look at this one. So, you have this IP address and you have this IP address and you need to find whether they're in the same network or or in different networks. Now, first of all, write down those two IP addresses. So, it is 192 .168.1.1/24 192.168.1.2 /24. We can understand they're in the same network, but you need to prove they're in the same network.
The first thing is convert the cider into subnet mask. So, write down 192 .168.1.1 .168. 1.2 255 .255.255 .0. 8 + 8 + 8 is /24. .255 .255.0. Now, you need to find the network portion and the host portion. This is the network portion. And this is the the rest is the host portion. For him, this is the network portion. And rest is the host portion. So, this is the network portion and this is the host portion. This is the network portion.
This is the host portion. So, if the network portion if the network portion of both the IP addresses are the same, okay? Then they're in the same network. Now, write down the network portion here. 192.168.1 Write down the network portion of this one as well. 192.168.1 So, if you look at here, the network portion the network portion is same is the same. That means they both are in the They both are in the same network.
Is that clear? Okay. Now, let's take another example. Okay? Okay, let's look at here. 192.168.1.2/24 172.16.0.2/16 192.168. 1. 2/24 172.16.0. 1/16 Are they in the same network or different network? The moment you see this number is different, the moment you see this number is different, they're in different networks. That's it. You don't have to do any other calculations. They are in different networks. Okay? The moment you see them, they're in different networks.
Now, let's say let's prove it they're in different networks. So, convert the CIDRs into subnet mask. 192.168.1.2 172.16.0.1 So, if you convert 24 is 255. 255.255.0 Convert 16 255. 255.0. 0. Now, this is your network portion. This is the network portion. Okay, so if you look at here, so if you if you look at here, they are completely different. Okay? 192, the network portions are completely different. Okay? So if you put here 192.168.1 172.16.
So they're in different networks. The point is if they if the cider or the subnet mask is different, they're in different networks. Now, let me give you another example. It is a little bit confusing. 192.168. 1.1/ 192.168. 1.1/25 Okay? Sorry, make it 1.2. /25 It is very tricky. Why it is very tricky? Look. You will see like 192.168. .1 192.168.1.2 Now, if I write down .255 .255.0 255 .255 .255 Now, look at here. This is 128.
Why this is 128? Because it is 25. 8 + 8 + 8 + 1. Okay? Then it makes 25. Now, the moment you are comparing this portion which is the network address network portion, sorry. With you see 128. That means it has certain things from here as well. Gone. Okay? Is the network portion. So, the comparing is in balance. Like, you cannot compare because they're completely different things, okay? So, the whole thing is if you have a different CIDR or the subnet mask immediately you know that they are in different networks.
The words are the caption track's own and nothing is reworded or re-transcribed. Paragraph breaks are placed between sentences so the text reads as prose.
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