In this 11th calculus series essay, we cover successive differentiation. Learn the fundamentals behind higher order derivatives that are often used in science!
Mary’s Room: How To Really Make Sense Of Knowledge?
Mary’s room is a philosophical thought experiment that tries to understand the fundamental notion of human knowledge. Read the essay to learn more about it!
Common Sense Is Not Really Common At All
People often refer to common sense in ethical and logical contexts. Yet, it is an intellectual trap. Read about the psychology and logic behind common sense!
Entropy: How To Actually Measure Uncertainty
In information theory, entropy is a measure of uncertainty. This fundamental concept explains the science behind zip compression and password protection!
Apple Charges More Money For Its Products In Europe. Why?
It is no secret that Apple charges more money for its products in Europe as compared to the US. But is the ~25% higher price for the new iPad really justified?
How To Really Solve This Fun Geometry Puzzle? (II)
I recently encountered this fun geometry puzzle and it managed to engage me. It's a very easy puzzle. Do you think that you can solve it in under a minute?
Calculus (X): How To Really Understand The Quotient Rule
In this 10th calculus series essay, we cover the quotient rule of differentiation. Learn how to actually use the first principles behind the quotient rule!
Ergodicity: The Hidden Reason For Society’s Growth And Your Misfortune
Ergodicity says that the faster the GDP grows, the slower your salary rises. That sounds absurd, right? But it is indeed true. Read the essay to find out how.
Does Mathematics 😒 Really Deserve All This Hate?
Confession: I used to hate mathematics 😒 too! But does it really have to be this way? Does math deserve the hate it gets? Check out my essay for the answers.
How To Really Solve This Tricky Algebra Problem (IX)
Welcome to the ninth entry in the tricky algebra problem series. Following the last entry, we are still dealing with a relatively easy yet tricky puzzle here. You are presented with the following equation: [2^(3x)] − (2^x) = 336 where x ∈ R Given this setting, your challenge is to solve for ‘x’. Unlike some of the […]