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IamDave said:
1000
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Imma delete your staff post now
The Grinch Smiling GIF by The Good Films
 
As if I would.

Welcome to Club 113
Where membership's a smiling face
Brush shoulders with the stars
Where strangers take you by the hand
And welcome you to wonderland
From beneath their panamas
 
The winning number is going to be something like the square root of 1,234 to the power of 78 multiplied by 27 divided by 948 minus the nearest prime number, plus 3.14 rounded up to the nearest whole number
 
Inkandtatts said:
The winning number is going to be something like the square root of 1,234 to the power of 78 multiplied by 27 divided by 948 minus the nearest prime number, plus 3.14 rounded up to the nearest whole number
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First you have to know the base I'm using and then you have to factor in √-1 to reach a solution.
 
emileh said:
First you have to know the base I'm using and then you have to factor in √-1 to reach a solution.
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Am I along the right lines in this thinking:

This statement is referring to a problem that involves complex numbers and possibly non-standard numerical bases. Here’s a breakdown of what it means:





1. “First you have to know the base I’m using”:


This implies that the numbers involved may be expressed in a base other than the familiar base-10 (decimal). In mathematics and computer science, bases such as binary (base-2), octal (base-8), or hexadecimal (base-16) are commonly used. Knowing the base is essential for interpreting and manipulating the numbers correctly.


2. “Factor in √-1”:


The square root of -1, denoted as , is a fundamental concept in complex numbers. In mathematics, is defined as the imaginary unit, where . Factoring in means you’re working in the realm of complex numbers, and the solution will involve imaginary or complex components.


To summarise, we are dealing with a problem that involves both a specific numerical base (other than base-10) and complex numbers (which include the imaginary unit ). To solve the problem, you’d need to first convert or interpret the numbers based on the given base and then incorporate complex number operations.
 
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