Main Points: In this video I show how to use modular arithmetic to calculate the last ten digits of a gargantuan sum! Let's have a go at challenge 30, and see how many numbers are equal to the sum of their own digits ...

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In this video I show how to use modular arithmetic to calculate the last ten digits of a gargantuan sum! Let's have a go at challenge 30, and see how many numbers are equal to the sum of their own digits ...

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  • Let's have a go at challenge 30, and see how many numbers are equal to the sum of their own digits ...
  • In this video I show how to use modular arithmetic to calculate the last ten digits of a gargantuan sum!

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Project Euler Problem 48: Self Powers

Project Euler Problem 48: Self Powers

Read more details and related context about Project Euler Problem 48: Self Powers.

Project Euler 048 - Self Powers

Project Euler 048 - Self Powers

The series (1**1) + (2**2) + (3**3) + ... + (10**10) = 10405071317. Find the last ten digits of the series (1**1) + (2**2) + (3**3) + .

Code Review: Project Euler # 48 Self powers in Python

Code Review: Project Euler # 48 Self powers in Python

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Project Euler 48: A short and quick solution with Python

Project Euler 48: A short and quick solution with Python

In this video, we create a short and efficient solution to the 48th

48 - Solving Euler #1

48 - Solving Euler #1

Read more details and related context about 48 - Solving Euler #1.

Project Euler using Scala: Problem 48

Project Euler using Scala: Problem 48

Read more details and related context about Project Euler using Scala: Problem 48.

Project Euler: Problem 48 (C/C++)

Project Euler: Problem 48 (C/C++)

In this video I show how to use modular arithmetic to calculate the last ten digits of a gargantuan sum!

Python Beginner tutorial series using project Euler #30 - Digit fifth powers

Python Beginner tutorial series using project Euler #30 - Digit fifth powers

Read more details and related context about Python Beginner tutorial series using project Euler #30 - Digit fifth powers.

Python :: Project Euler Problem 8 (Largest Product in a Series)

Python :: Project Euler Problem 8 (Largest Product in a Series)

Read more details and related context about Python :: Project Euler Problem 8 (Largest Product in a Series).

Euler and Python! Ep 030 - Digit fifth powers

Euler and Python! Ep 030 - Digit fifth powers

Hey Nerd boys and girls! Let's have a go at challenge 30, and see how many numbers are equal to the sum of their own digits ...