- #1
quantim
- 2
- 0
What the heck is the door code?
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Door Code Locked Out: What to Do?
- Thread starter quantim
- Start date
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SUMMARY
The door code in question is derived from the mathematical constant e, represented by the sequence 2718281828. The exact number of digits required for the code depends on the value of x, which is indicated in the fine print as "Where x=1.000". Understanding this relationship is crucial for determining the correct door code. The unreadable fine print adds an element of uncertainty, but the sequence itself is a well-known mathematical concept.
PREREQUISITES- Understanding of mathematical constants, specifically the constant e.
- Familiarity with sequences and their applications in coding.
- Basic knowledge of how to interpret mathematical notation.
- Ability to read and analyze fine print or technical documentation.
- Research the mathematical constant e and its significance in various fields.
- Learn about sequences and series in mathematics, focusing on their applications in coding.
- Explore how to interpret and extract information from technical documentation.
- Investigate common coding practices for implementing security codes based on mathematical sequences.
This discussion is beneficial for mathematicians, software developers, and anyone involved in creating or deciphering security codes based on mathematical principles.
- #2
K^2
Science Advisor
- 2,470
- 33
2718281828 - Not sure how many digits it actually takes, but however many, they come from this sequence.
- #3
- 15,524
- 768
The series -- you should know that on sight.
The fine print underneath the series is unreadable. It looks like "Where x is ...", but I can't read the "...".
The fine print underneath the series is unreadable. It looks like "Where x is ...", but I can't read the "...".
- #4
K^2
Science Advisor
- 2,470
- 33
Ah, never mind. Didn't read the fine print. Well, I suppose, I couldn't have read the fine print, but DH's guess seems right.
- #5
- 15,524
- 768
You are assuming x=1 here. If the first line of text is, for example, "Where x=1.000", that tells an engineer how many digits it actually does take.K^2 said:
- #6
quantim
- 2
- 0
D H said:
Am I embarrassed for not recognizing it? Let me know. ;/
- #7
- 15,524
- 768
Yes, you are. Or you should be.quantim said:
- #8
- 22,170
- 3,327
- #9
Borek
Mentor
- 29,169
- 4,593
"Rounded to the nearest..."
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