What is the missing number? $$\frac{1}{16}, \frac{1}{8}, \frac{3}{16}, \frac{1}{4}, \frac{5}{16}, \ \ \ [?]$$ $$A. \frac{5}{4}\quad B. \frac{3}{4}\quad C....

To me it seems that is not always the case that a discrete dynamical system of the form $$ x_{k+1} = f(x_k) $$ can be seen as the discretization of a cont...

I am trying to prove cancellation property of multiplication of natural numbers, $xy=xz$ implies $y=z$, with Peano axioms and arithmetic but not using or ...

For a current project I'm working on I have to use quaternions to represent the orientation of an object. The piece of code I'm working on now i...

Let a statement P is "X is true if and only if Y is true". What is the negation of P? I am little confused. It seems that digital equivalent of this state...

Numbers in the Farey sequence are expressed as fractions e.g $F_5$: $0\over1$ $1\over5$ $1\over4$ $1\over3$ $2\over5$ $1\over2$ $3\over5$ $2\over3$ $3\ove...

Does it make sense when people say "statistically impossible"?

If there's a natural log of two terms, which I cannot simplify with the laws of logarithms, how should I simplify it? e.g. $\ln(e^{6x} + 17)$ The ful...

As part of a math quiz I was given the following two functions: f(-5) = -2 and g(x) = -2 * f(x) The way I interpret the first function is "return -2 regar...

I was looking at a math problem from a few years ago that I could not solve. I was wondering if anyone knows where to even begin. I have the answer along ...