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Vamos a probar otras máquinas. Además, con números grandes el sistema con puntos se hace "engorroso". ¿Podéis encontrar una forma más rápida de utilizarlas? ¿Qué observáis? ¿Cómo funcionan en realidad? @jamestanton #ExplodingDots #ThinkingClassroom

Dominbenito's tweet image. Vamos a probar otras máquinas. 
Además, con números grandes el sistema con puntos se hace "engorroso". 
¿Podéis encontrar una forma más rápida de utilizarlas?
¿Qué observáis? ¿Cómo funcionan en realidad? 
@jamestanton #ExplodingDots #ThinkingClassroom
Dominbenito's tweet image. Vamos a probar otras máquinas. 
Además, con números grandes el sistema con puntos se hace "engorroso". 
¿Podéis encontrar una forma más rápida de utilizarlas?
¿Qué observáis? ¿Cómo funcionan en realidad? 
@jamestanton #ExplodingDots #ThinkingClassroom
Dominbenito's tweet image. Vamos a probar otras máquinas. 
Además, con números grandes el sistema con puntos se hace "engorroso". 
¿Podéis encontrar una forma más rápida de utilizarlas?
¿Qué observáis? ¿Cómo funcionan en realidad? 
@jamestanton #ExplodingDots #ThinkingClassroom
Dominbenito's tweet image. Vamos a probar otras máquinas. 
Además, con números grandes el sistema con puntos se hace "engorroso". 
¿Podéis encontrar una forma más rápida de utilizarlas?
¿Qué observáis? ¿Cómo funcionan en realidad? 
@jamestanton #ExplodingDots #ThinkingClassroom

Comenzamos con los #ExplodingDots de @jamestanton. ¿Cómo se representan estos números en la "máquina 1<--2"? La secuencia completa (hasta operaciones con polinomios en Secundaria), aquí: globalmathproject.org/exploding-dots/

Dominbenito's tweet image. Comenzamos con los #ExplodingDots de @jamestanton.
¿Cómo se representan estos números en la &quot;máquina 1&amp;lt;--2&quot;? 
La secuencia completa (hasta operaciones con polinomios en Secundaria), aquí: globalmathproject.org/exploding-dots/
Dominbenito's tweet image. Comenzamos con los #ExplodingDots de @jamestanton.
¿Cómo se representan estos números en la &quot;máquina 1&amp;lt;--2&quot;? 
La secuencia completa (hasta operaciones con polinomios en Secundaria), aquí: globalmathproject.org/exploding-dots/
Dominbenito's tweet image. Comenzamos con los #ExplodingDots de @jamestanton.
¿Cómo se representan estos números en la &quot;máquina 1&amp;lt;--2&quot;? 
La secuencia completa (hasta operaciones con polinomios en Secundaria), aquí: globalmathproject.org/exploding-dots/
Dominbenito's tweet image. Comenzamos con los #ExplodingDots de @jamestanton.
¿Cómo se representan estos números en la &quot;máquina 1&amp;lt;--2&quot;? 
La secuencia completa (hasta operaciones con polinomios en Secundaria), aquí: globalmathproject.org/exploding-dots/

El pasado 21 de marzo presentamos los resultados del Estudio MAPS, una investigación sobre el impacto de #ExplodingDots en el aprendizaje matemático.​ 🎙️ Hoy, para seguir explorando su alcance, hablamos con @jamestanton, creador de Exploding Dots, sobre su visión sobre la…


The number ten can be written as a palindrome in a base-ten #explodingdots way, but it uses negative "digits." Can ten be written as a palindrome avoiding negative numbers? Which two-digit numbers are exploding-dots-palindromes with positive digits?

jamestanton's tweet image. The number ten can be written as a palindrome in a base-ten #explodingdots way, but it uses negative &quot;digits.&quot;
Can ten be written as a palindrome avoiding negative numbers? 
Which two-digit numbers are exploding-dots-palindromes with positive digits?

Can every number be written as a palindrome in some #explodingdots way? (For instance, 21 equals one 100, negative eight 10s, and one 1.)

jamestanton's tweet image. Can every number be written as a palindrome in some #explodingdots way?
(For instance, 21 equals one 100, negative eight 10s, and one 1.)

For a number N, let N* represent the number with its digits reversed. If a is a palindrome, prove that it is possible to write N in an #explodingdots way so that a x N* = (a x N)* (The product of a palindrome with a number and with its reverse are also reverses.)

jamestanton's tweet image. For a number N, let N* represent the number with its digits reversed.
If a is a palindrome, prove that it is possible to write N in an #explodingdots way so that 
a x N*  = (a x N)*
(The product of a palindrome with a number and with its reverse are also reverses.)

Multiply a number and its reverse by 81. Prove that the two products can be written in an #explodingdots way so that they are the reverse of each other!

jamestanton's tweet image. Multiply a number and its reverse by 81. 
Prove that the two products can be written in an #explodingdots way so that they are the reverse of each other!

What a fabulous lad ... and fabulous Dad for allowing the true fun of learning thrive! And gotta love them dots! #explodingdots @GlobalMathProj @AIMathCommunity

“Follow the child” can be as easy as helping them go down the rabbit holes of their own choosing. 6yo wanted to know how computers worked so we did some research. He was curios about binary so we pulled up Exploding Dots by @jamestanton. In <1h he was converting binary to…

onejoanc's tweet image. “Follow the child” can be as easy as helping them go down the rabbit holes of their own choosing.

6yo wanted to know how computers worked so we did some research. He was curios about binary so we pulled up Exploding Dots by @jamestanton.

In &amp;lt;1h he was converting binary to…


I forgot to post this yesterday, thank you to my Algebra I DPLC for being open minded and seeing the possibilities with exploding dots math. Very excited to see what happens next. #explodingdots @globalmathproject instagr.am/p/DBzrawlxGab/

adrian_estorga's tweet image. I forgot to post this yesterday, thank you to my Algebra I DPLC for being open minded and seeing the possibilities with exploding dots math.  Very excited to see what happens next.  #explodingdots @globalmathproject instagr.am/p/DBzrawlxGab/

It's the final day of Global Math Week 2024. But math joy, of course, continues all year. Play with #explodingdots any time with all the resources here globalmathproject.org/exploding-dots/ Math truly does transcend and uplift. @GlobalMathProj @desmosclassroom @MathigonOrg @dhimath_india

jamestanton's tweet image. It&apos;s the final day of Global Math Week 2024.

But math joy, of course, continues all year. 
Play with #explodingdots any time with all the resources here
globalmathproject.org/exploding-dots/

Math truly does transcend and uplift.

@GlobalMathProj @desmosclassroom @MathigonOrg @dhimath_india

It’s #GlobalMathWeek! Check out these online events and activities hosted by @GlobalMathProj to get involved: bit.ly/3QpdhPY #GMW2024 #explodingdots

NYSEDNews's tweet image. It’s #GlobalMathWeek! Check out these online events and activities hosted by @GlobalMathProj to get involved: bit.ly/3QpdhPY #GMW2024 #explodingdots

#gmw2024 #explodingdots Happy Global Math Week 2024 !! Enjoy the Day #7 Exploding Dots Puzzle @jamestanton @GlobalMathProj

KiranABacche's tweet image. #gmw2024 #explodingdots   
Happy Global Math Week 2024 !!   
Enjoy the Day #7 Exploding Dots Puzzle
@jamestanton @GlobalMathProj

Every number leaves the same remainder upon division by 9 as does the sum of its digits. E.g. 1213 is 7 more than a mult of 9, as is 1+2+1+3 87 is 6 more, as is 8+7 109 is 1 more, as is 1+0+9 Can you use #explodingdots to explain this rule? Global Math Week continues! #gmw2024

jamestanton's tweet image. Every number leaves the same remainder upon division by 9 as does the sum of its digits.
E.g. 1213 is 7 more than a mult of 9, as is 1+2+1+3 
87 is 6 more, as is 8+7
109 is 1 more, as is 1+0+9
Can you use #explodingdots to explain this rule? 
Global Math Week continues! #gmw2024

a) Show that x^3 - 1 is divisible by x -1. b) Is 48,682,904^906 - 1 a prime number? You can play with polynomial division here on @dhimath_india 's super widget: dhimath.org/explodingdots/… Global Math Week continues! globalmathproject.org #explodingdots #gmw2024

jamestanton's tweet image. a) Show that x^3 - 1 is divisible by x -1.
b) Is 48,682,904^906 - 1 a prime number? 

You can play with polynomial division here on @dhimath_india &apos;s super widget:

dhimath.org/explodingdots/… 

Global Math Week continues! 
globalmathproject.org
#explodingdots  #gmw2024

#gmw2024 #explodingdots Happy Global Math Week 2024 !! Enjoy the Day #6 Exploding Dots Puzzle @jamestanton @GlobalMathProj

KiranABacche's tweet image. #gmw2024 #explodingdots  
Happy Global Math Week 2024 !!  
Enjoy the Day #6 Exploding Dots Puzzle
@jamestanton @GlobalMathProj

#gmw2024 #explodingdots Happy Global Math Week 2024 !! Enjoy the Day #5 Exploding Dots Puzzle @jamestanton @GlobalMathProj

KiranABacche's tweet image. #gmw2024 #explodingdots 
Happy Global Math Week 2024 !! 
Enjoy the Day #5 Exploding Dots Puzzle
@jamestanton  @GlobalMathProj

Can you explain this bizarre divisibility rule for the number 7 using #explodingdots? It's Day 4 of Global Math Week! #gmw2024 globalmathproject.org

jamestanton's tweet image. Can you explain this bizarre divisibility rule for the number 7 using #explodingdots? 

It&apos;s Day 4 of Global Math Week! #gmw2024
globalmathproject.org

#gmw2024 #explodingdots Happy Global Math Week 2024 !! Enjoy the Day #4 Exploding Dots Puzzle @jamestanton @GlobalMathProj

KiranABacche's tweet image. #gmw2024 #explodingdots
Happy Global Math Week 2024 !!
Enjoy the Day #4 Exploding Dots Puzzle
@jamestanton @GlobalMathProj

لا توجد نتائج لـ "#explodingdots"
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