I thought the voice of these videos was a robot due to non-emotional straight level. But at the end I was really laughing which I do not do very often. I want more bloopers thank you :)
I don't EVER comment on anyone videos, but I personally wanted to say thank you so much for all of your insightful videos! They are all very clear and I love how you incorporate animated versions because a lot of people are visual learners! Thank You, Thank You, Thank You! You will be the reason I past my comptia exam!
Just want to say how much I appreciate these videos. Just so you know the positive impact you’re having with these, I wanted to let you know that with the current COVID19 situation, my employer is instructing us to not report for work if we are sick in any way. I work for a small ISP. Currently I’m out of PTO to cover sick leave. However we can still get paid if we can do anything from home including self education. I shared some of your videos with my supervisor, and he was impressed with how well you explain different topics related to networking and technology. So I’m literally getting paid at home because of your videos! Thank you for your hard work. You are making a tremendously positive impact with your work.
I'm from India, best part of your tutorial videos is explanation is simple method that most of people understand!!! Keep it up! God bless you brother!!
Great info! I'd never even heard of NLX before this. A good follow-up later might be the motherboard form factors of smaller devices, such as laptops and mobile phones.
dude you helped me obtain my A+ cert. nothing click for me like your style of teaching. not professor messer, no mike meyers, no books, not testout. When you explain things it just clicks for me and i want to tell you thank you for this! your style of teaching is the best. Would you be able to produce a subnetting explained video?
I'm currently happily plugging away thru your videos. More please! You are phenomenal; please post a Patreon link and make 1 video per month (or more if you wish). Your content is golden.
He talked while checking the sound. The narrow band is the sound with 8 KHz, the frequency has a range from 300 Hz to 3.4 KHz. The wide range is 16 KHz audio, the frequency ranges from 50 Hz to 7 KHz. The ultra-wide range is sound with 32 KHz, frequencies ranging from 50 Hz to 14 KHz. The full range is audio with 44.1 KHz or more, frequencies ranging from 20 Hz to 20 KHz. You'll see a big difference in sound quality as sampling speed increases.
Thanks for the videos! I am in IT "A" School for the Navy and these videos serve as a great supplement for studying. I also love the blooper and would like more lol!
You are absolutely brilliant at what you do. The way you explain is just unrivalled. Here is a challenge, can you make the Diffi-Hellman key exchange easy to understand because there aint many easy to follow on the internet 😁
Hi PowerCert, thank you for uploading your videos. Your explanations are really clear and impart great information. I used your video to choose my new motherboard. I see that this has been your last video since the pandemic. I do hope that you are ok and i am looking forward to your next upload. Thank you.
This is my first day on your channel , videos are great , easy to understand and very helpful, I am waiting for you next videos, appricate on your efforts , best of luck on growth 😘
Couple of comments: Micro ATX doesn't have a standard width. They vary depending on manufacturer but all will fit into a Micro ATX or ATX case. Also not all ATX or Micro ATX motherboards come with at least 4 RAM slots - some only have 2.
Just subscribed to your channel. I recently learned how to build PC's and now I want to learn additional supporting aspects of the tech. I found your videos most helpful. Keep them coming.
Can you expand your video that can also cover all ranges? Google Images has a lot shown such as Nano ITX & Pico ITX, then EATX, XL-ATX, Flex ATX, WTX, HPTX, etc... You could explain what are other uncommon form factors are mainly used for.
The carrier also gives you a frequency while listening to the sound. This is 44 Hz. This is 86 Hz. This is 170 Hz. This is 340 Hz. This is 670 Hz. This is 1.3 KHz or 1300 Hz. This is 2.6 KHz or 2600 Hz. This is 5.1 KHz or 5100 Hz. This is 10.1 KHz or 10100 Hz. And this is 20 KHz or 20000 Hz. To achieve the best results, the sampling speed requires no less than 44.1 KHz.
for those asking, Form factors Bigger than ATX do not officially exist, there is no standardisation at all, E-ATX merely says "bigger than ATX", and can vary wildly.
These videos are useful because I was almost ripped off by a computer technician who lied to me about building a whole new computer. The only piece I needed was a new processor.
So glad i found this channel, awesome work. Do you have a video going through all the ports on a board like PCIe 16 8, fan headers pins and so on. I am just getting into this and considering fans or, radiators or rgb is a bit confusing.
A little suggestion: It would be very nice if you could include centimeter numbers and other metric numbers next to the imperial numbers in your videos. Not all of the viewers are from the US. It would increase the quality of your videos even more. Edit: I like it that you include outtakes. It just shows that you're a human as well and they're pretty entertaining to watch. :D