This is the 5-1 system of the abacus when will we see a binary abacus? its more difficult in math but bigger in range because with only 10 rods of 1 bead each you get 1024 combination or numbers
@@beoDaler bro if you use binary you have more numbers with less recources used the number after another is the numbers behind it add one every number after another is double the last so you only need beads going up and down.The downside is it's more complicated to use than this system in the vid and is mostly used in computer stuff and physical calculators and Minecraft so yeah math can apply in real world in many ways take that.Every student that has been taught incorrectly.
For 10 rods 1 bead each you actually don't need an abacus and can just use 10 fingers, each finger being in a binary state. This abacus has a range of 0 to 10^13. I've never used a binary abacus but it could be a good learning tool for binary numbers and bit shifting.
I just purchased this from teachers pay teachers. Thank you I'm so grateful to you
Practice Worksheets for this lesson and others can be found under the one month free membership on Learn Abacus At Home website
Very clear explanations
From where I can purchase
This is the 5-1 system of the abacus when will we see a binary abacus? its more difficult in math but bigger in range because with only 10 rods of 1 bead each you get 1024 combination or numbers
What do you mean by “bigger in range”? The one shown in the video gives you 9,999,999,999,999 combinations
@@beoDaler bro if you use binary you have more numbers with less recources used the number after another is the numbers behind it add one every number after another is double the last so you only need beads going up and down.The downside is it's more complicated to use than this system in the vid and is mostly used in computer stuff and physical calculators and Minecraft so yeah math can apply in real world in many ways take that.Every student that has been taught incorrectly.
For 10 rods 1 bead each you actually don't need an abacus and can just use 10 fingers, each finger being in a binary state. This abacus has a range of 0 to 10^13. I've never used a binary abacus but it could be a good learning tool for binary numbers and bit shifting.
I think it'd be really impressive to learn or see someone hand calc with binary
Nice
Do you by chance know where I can get flash cards?
Just make them