$integers desmos activity$

INTEGERS DESMOS ACTIVITY MOD

Even if you’re not familiar with the name, there’s a chance you’ve come across it before. One of my favorite ideas to use in class is the Sieve of Eratosthenes. Carrying out this solution was a bit more complex than I originally expected. Desmos Activity: Sieve of Eratosthenes Here’s a digital activity I made for exploring integers and discovering prime numbers. Let me know if you have any specific questions about the code.

INTEGERS DESMOS ACTIVITY MOD

The variables defined in terms of mod I named I1…I5 This is passed through the mod function, so that it selects numbers 89-> 87 because mod( r2,100) will treat 101-187 as 1-87. Desmos Multiplying Integers Investigation. I really liked the progression of the activity. In essence, if r1 is 88, then r2 will pull from the next 99 numbers (i.e. Desmos Multiplying Integers Investigation Septem/ Greta While looking for a way to introduce multiplying and dividing integers to my students, I found this Desmos activity.

R1, r2, r3, r4 r5, do go beyond the upper limit because they essentially extend the numberline. I also removed the cards attached to the points. I also saw the notation you used in slide 2, so I added the parameters L1 and U1 in the component of the graph which equate to the lower bound and upper bound (I haven’t checked if lower bounds other than 1 are working). I made edits so that the table references I1…I5 instead of r1…r5. I probably need to add many more explanatory notes. This is an interactive Integer Mat for teaching students to add and subtract integers. I understand getting lost in the work, it’s definitely not third party friendly at the moment.

Integers desmos activity