an alternative way we were taught was to divide the number by 2, record the remainder (1 or 0) and divide the result again by 2. keep dividing iteratively until the quotient is 1. the binary number would be the last quotient and the recorded remainders read backward
Thank you for an easier method of understanding binary which I cannot recall a simple lesson like this in secondary school maths and computer studies classes. Looking forward to relearning hexadecimal conversions.
Gday m8 i enjoy ya vids they've renewed my interest in numbers i wasnt very good in school at math but learned more by playing darts and am enjoying the furthering of knowledge ya never too old keep up the vids m8
Caught up with your video after two years and it is a great refresher on an easier method o undertanding binary. I still shall say that I cannot recall any lesson like this in secondary school maths or computer studies cliasses. One day you can present a video on decimal to hexadecimal conversions. Thank you.
omg thank you so much i'm current in school for computer science and the highest math i had was algebra 2 and was just so confused on how to convert it cause the examples int he books just was not good enough
Howdy frum da south, I wuz jus tellin my wife I'd love to remember how to count binary/ remember wut da numbers converted into also, thanx fur dis video, I'll keep watchin an learnin🇺🇸🎸🌐
Hey tecmath i have been having problems lately with deciding which simaltaneous equation i should start off with turning into subject of the formula in order for the question to be easier.
Network engineer here. Been doing this forever, but nice to see it so well explained.
Thanks mate.
Can you recommend some networking books that I can learn from? I just started my studies.
an alternative way we were taught was to divide the number by 2, record the remainder (1 or 0) and divide the result again by 2. keep dividing iteratively until the quotient is 1. the binary number would be the last quotient and the recorded remainders read backward
You have made this SUPER understandable. Thank you so much!
Thank you
Thank you for an easier method of understanding binary which I cannot recall a simple lesson like this in secondary school maths and computer studies classes. Looking forward to relearning hexadecimal conversions.
I happened to have a chat about binary numbers last night with a few friends, I didn't understand much about it, but I do now. Thanks :)
Thank you and thanks for watching!
Gday m8 i enjoy ya vids they've renewed my interest in numbers i wasnt very good in school at math but learned more by playing darts and am enjoying the furthering of knowledge ya never too old keep up the vids m8
Thanks Shane. Keep up the learning mate!
this is the best explanation i've seen for this. great method, i finally understand it enough to do it in my head! thank you man
One of the most soothing Australian accents ever! and very clear and informative video. Definitely subscribed.
Among all the videos I've seen, yours is the easiest and most understandable, thank you so much for this!
Thank you so much!
Binary code was too hard for me.
You are genius.
watched this during my lecture, you really out here saving lives
Wow you explained it so much better than my professor just did!
I’m not even in school but you explain things so well it’s nice to learn
Caught up with your video after two years and it is a great refresher on an easier method o undertanding binary. I still shall say that I cannot recall any lesson like this in secondary school maths or computer studies cliasses. One day you can present a video on decimal to hexadecimal conversions. Thank you.
That was a great explanation. Thank you!
this was so helpful because i was struggling on converting decimal to binary but this really helped with my notes for my exam
thank you this is so easy to understand
Where have you been my whole life? You make it soooooo easy! Can you do the hexadecimal system please?
I requested the same as you have. If more viewers request the hexadecimal system, Josh at tecmath may produce a video. All the best.
Thank you so much i felt like this was nearly impossible to learn but you taught me like a child thank you ! ❤
omg thank you so much i'm current in school for computer science and the highest math i had was algebra 2 and was just so confused on how to convert it cause the examples int he books just was not good enough
Fantastic! You make it so easy, I have always loved math.
How
Howdy frum da south, I wuz jus tellin my wife I'd love to remember how to count binary/ remember wut da numbers converted into also, thanx fur dis video, I'll keep watchin an learnin🇺🇸🎸🌐
G’day from further south. Glad to hear from you.
Excellent Josh !!
Wow!! Great explanation Tecmath!
So helpful. Especially for a newbie
A life saver for sure
Thanks mate, it really helps
Thankkkkkkkkk you so muchhhhhhhh!!!!!!! Love your videos
Thank you so much sir!
Thanks for ur easier explanation
Hey tecmath i have been having problems lately with deciding which simaltaneous equation i should start off with turning into subject of the formula in order for the question to be easier.
Great explanation!
Great work sir.
This is super helpful. But how do you do it when there is a point e.g.. 10101.101 or 17.3280
How about fractional binary numbers using this method?
Thank you Jesus.Finally i understand
Could this be charted out with a Fibonacci square as a reference index?
help me my book said that 1010110 is =85 but how?
btw the binary have small number 1010110(2) example the two is small number
1010101 is 85
1010110 is 86
64 + 16 + 4 + 2
I thought it would be like 1 hour to learn this lol 😂😂
THIRDEEN
his accent makes it all the bettaah
Now do MAC convertions :)
Also, well explained. Thank you.
Thank you.
Today world is running in Binary digit 0 and 1 all coding and decoding are happening Binary to digital and to convert signal
don’t you dare liking this video
Do you go to schools and teach this?