Make a Problem(@make_a_problem) 's Twitter Profile Photo

We'll stop here with this week's problem. I'm always open to new problem ideas to explore, and I'd love for anyone interested to join me on the adventure of making intriguing problems.
, , forfun

We'll stop here with this week's problem.  I'm always open to new problem ideas to explore, and I'd love for anyone interested to join me on the adventure of making intriguing #math problems.
#puzzles, #RecreationalMath, #mathforfun
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Make a Problem(@make_a_problem) 's Twitter Profile Photo

I saw this problem by Igor Tigerrr Geometerrr, and it has interested me enough that I decided to do this week's problems based on it. Here's the first one, just a bit of a general case to the original problem.
, , forfun,

I saw this problem by @SilverBali7, and it has interested me enough that I decided to do this week's problems based on it.  Here's the first one, just a bit of a general case to the original problem.
#math, #puzzles, #mathforfun, #RecreationalMath
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Karen Campe(@KarenCampe) 's Twitter Profile Photo

Happy SEVENS day (7-14-2023! YES 2023 is a multiple of 7😉) and here's my 2021 post celebrating Super Sevens!

(Recent updates include heptagon images from the amazing Hana Murray)

karendcampe.wordpress.com/2021/07/14/sup…

Happy SEVENS day (7-14-2023! YES 2023 is a multiple of 7😉) and here's my 2021 post celebrating Super Sevens! 

(Recent updates include heptagon images from the amazing @MurrayH83)

karendcampe.wordpress.com/2021/07/14/sup…
#MTBoS #iTeachMath #T3Learns 
#RecreationalMath
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Karen Campe(@KarenCampe) 's Twitter Profile Photo

Today's question: Let p be any prime greater than 3. How often will either of the integers p+1 or p-1 be divisible by 6?
means I'm going to share my thinking here...

Today's question: Let p be any prime greater than 3. How often will either of the integers p+1 or p-1 be divisible by 6?
#TryMathLive means I'm going to share my thinking here...
#MTBoS #iTeachMath #T3Learns #MathChat #RecreationalMath #ProblemSolving
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Karen Campe(@KarenCampe) 's Twitter Profile Photo

Thus, for EVERY prime p > 3, either p-1 or p+1 must be divisible by 6.
How often? ALL THE TIME.

That was fun! Please share how you thought about it. And check out January Calendar of problems for more

Thus, for EVERY prime p > 3, either p-1 or p+1 must be divisible by 6.
How often? ALL THE TIME.

That was fun! Please share how you thought about it. And check out January Calendar of problems for more #ProblemSolving 
#MTBoS #iTeachMath #T3Learns #RecreationalMath
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World Scientific(@worldscientific) 's Twitter Profile Photo

The book offers 101 mathematical gems, some of which may require a modicum of high school mathematics and others, just a desire to carefully apply oneself to the ideas. 20% off | Promo Code: MTH23 doi.org/10.1142/12594

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Make a Problem(@make_a_problem) 's Twitter Profile Photo

Igor Tigerrr Geometerrr Fifth problem inspired by Igor Tigerrr Geometerrr 's post, if we start with the tetrahedra where they are in the last problem, but adjust the height so that they are barely touching, find this height in terms of the cube's side length.
, , forfun,

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Make a Problem(@make_a_problem) 's Twitter Profile Photo

Igor Tigerrr Geometerrr Third problem inspired by Igor Tigerrr Geometerrr 's post, using the same setup as yesterday's problem, the orange pyramid can move around a bit and have an overlapping area with the blue pyramid. Find the maximum area of that overlap.
, , forfun,

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Karen Campe(@KarenCampe) 's Twitter Profile Photo

Solutions are posted for the April Calendar of Problems! Stay tuned for May calendar later this week...

Also share any of your thinking here or on the post!



karendcampe.wordpress.com/2024/04/01/apr…

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