Maths, but not as you know it…
Approximating Pi was a favourite pastime of many ancient mathematicians, none more so than Archimedes. Using his polygon approximation method we can get whole number bounds of 3 and 4 for the universal constant, with only high-school level geometry.
This is the latest question in the I Love Mathematics series where I answer the questions sent in and voted for by YOU. To vote for the next question that you want answered next remember to ‘like’ my Facebook page here.
The answer to the latest question sent in and voted for by YOU.
A tricky question, but one that we can answer by breaking the problem down into simpler cases, solving them, and then putting it all back together. This question is also a favourite with university admissions tutors…
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The answer to the latest question sent in and voted for by YOU.
Lifting the Titanic with ping pong balls was a real suggestion put forward in the 1970’s that needless to say did not happen. Let’s pretend it is possible and work out how many we would need using Archimedes Principle…
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The answer to the latest question sent in and voted for by YOU!
We’ve got probability distributions, complex analysis and of course Pi (because it appears everywhere)… I give you the Gamma Function.
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The latest question sent in and voted for by YOU!
Modular arithmetic might sound complicated, but most of us are using it everyday without even realising…
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The latest video answering the maths questions that YOU have selected.
I present ten rules that form the basis of all of maths as we know it…
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Question number 4 sent in and voted for by YOU… enjoy!
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Question number 3 sent in and voted for by YOU… enjoy!
How would gravity behave if the Earth had a hollow centre? Using Gauss’s Flux Theorem we can work out the answer…
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The answer to the latest question sent in and voted for by YOU.
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