The Rubin Report: Liberal or Not?
I'm writing this article actually rather late in comparison to the story, but oh well! So WHAT IS THE STORY ... Dave Rubin and his show the Rubin Report are
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Integral of cos(ln(x)) dx: A Third Method Via Euler's Identity
\begin{align*} & \int \cos \left( \ln (x) \right) \: dx = \dfrac{x}{2} \left( \cos \left( \ln (x) \right) + \sin \left( \ln (x) \right) \right) + C \\& \\& {\rm{Proof}}:
Ramanujan's Beautiful Master Formula: Integral From 0 to ∞ (e)^(-x^n)sin(x^n) dx
\begin{align*} & f(x)=\sum_{n=0}^{\infty} \phi(n) \dfrac{(-x)^n}{n!} \LongrightarrowM \left[ f(s) \right] = \int_0^{\infty} x^{s-1}f(x) dx = \Gamma(s) \phi(-s) \\& \\& \therefore \int_0^ {\infty} e^{{-x}^n} \sin (x^n) dx = \dfrac{\left( \dfrac{1}{n} \right)! \sin
Political Opinions: My Honest Answers
Prelude I am taking this test on 10/19/19. Result: QnA If economic globalisation is inevitable, it should primarily serve humanity rather than the interests of trans-national corporations.Agree***; would rather it
Integral from 0 to 1 (ln(1/x))^b dx
\begin{align*} & \int_0^1 \ln^b{(x)} dx = (-1)^b (b)! \\& \\& {\rm{Proof}}: \\& \\& \therefore x=e^u \Longrightarrow \int_{-\infty}^0 u^b e^u du \\& \\& \therefore u=-g \Longrightarrow (-1)^b \int_0^{\infty} g^b e^{-g} dg
Integral from 0 to 1 ln(x)ln(1-x) dx
BPRP achieved this result using power series. Today I will solve it using the Bose Integral. \begin{align*}& \int_0^1 \ln{(x)}\ln{(1-x)} dx = 2 - \dfrac{\pi^2}{6} \\& \\& {\rm{Proof}}: \\& \\& \therefore
Integral from 0 to ∞ [x^a/(x^b+1)] dx
\begin{align*}& I(a, b) = \int_0^\infty \dfrac{x^a}{x^b+1} dx =\dfrac{\beta(\dfrac{a+1}{b}, 1-\dfrac{a+1}{b})}{b} \\& \\& {\rm{Proof}}: \\& \\& \therefore u=x^b \Longrightarrow \int_0^\infty \dfrac{u^{\frac{a-b+1}{b}}}{b(u+1)} du \\& \\& \therefore \int_0^\infty \dfrac{u^{\frac{a-b+1}{b}}}{b(u+1)} du = \dfrac{\beta(\dfrac{a+1}{b}, 1-\dfrac{a+1}{b})}{b} \\&
Feynman's Trick: Integral from 0 to ∞ [(e^(-x)-e^(-bx))/x] dx
\begin{align*}& I(b) = \int_0^\infty \dfrac{e^{-x}-e^{-bx}}{x} dx = \ln{(b)}\\& \\& {\rm{Proof}}: \\& \\& I'(b) = \int_0^\infty e^{-bx} dx = \dfrac{1}{b} \\& \\& \therefore I(b) = \ln{(b)} + C \\& \\& \therefore
Integral from 0 to 1 [ln(x)/(x-1)] dx
BPRP solved this integral using power series back in 2017. Today I will solve it using the Bose Integral. \begin{align*}& \int_0^1 \dfrac{\ln{(x)}}{x-1} dx = \dfrac{\pi^2}{6} \\& \\& Proof: \\& \\&
Statistical Optimism: Investing For The Long Haul
After seeing the numerous ads for Robinhood and Acorns I thought I'd give it some thought ... so yes good marketing on their part! That's something quite rare IMO. In
Everyone Can Be Racist: A Response to Sociological Alternatives
I want to note that I believe my argument does need some more work, and the finalized version of my argument will be available in both the Hermeneutic Pragmatism PDF
Hermeneutic Pragmatism: The Prelude
Hey y'all! Sorry I've been less than usual in my site's upkeep. Military and college got in the way. Anyways, this post is simply to give the prelude to a
Male Strength Standards in Specific Exercises
Many people wish to approximate their strength level through certain exercises. These exercises include the OG bench press, squat, and so on and so forth. Fitness experts over the years
Daniel's Running Model
In the U.S. Army we run the 2mi and I've been interested in estimating times for this off others, just like how I try to estimate 100m, 200m, and 400m
Guided Approach to Approximating π
Start with the equation: \begin{align*} &f(x) = \dfrac{1}{1+x^2}\end{align*} Integrating with respect to x from 0 to 1 yields 0.25π. What makes this a guided approach is that this integration range
Integrals: Royal Properties
\begin{align*}& {\rm{Given}}:\int_0^\infty f(x) dx \\& \\& (1) \: \rm{Queen \: Property} \\& \\&\therefore u=(x)^{-1} \Longrightarrow\int_0^\infty f[(x)^{-1}] (x)^{-2} dx \\& \\& (2) \: \rm{Jacksonian \: Property} \\& \\&\therefore u=(x)^{-n} \Longrightarrown \int_0^\infty
Freeletics Documentation: 115 / 372 (31%)
From the last update I did in regards to my physical fitness I do not believe I have made any progress, if not slightly regressed, and there are reasons for
Estimating Fitness Levels: FFMI Method
I recently discovered the Fat Free Mass Index a couple of days ago. I actually have to thank the YouTube Algorithm for suggesting another video series by Vitruvian Physique on
How Much Time is Required to Reach a Specific BF%?
I've long wondered this question so I thought I'd do some research based on past experiences and information given from various fitness outlets. I stumbled upon a good video by
Integral of [1+(x^g)]^(-n) from 0 to ∞
\begin{align*}& \int_0^\infty \dfrac{1}{(1+x^g)^n} dx =\int_0^\infty \dfrac{(x)^{gn-2}}{(1+x^g)^n} dx \\& \\& \therefore x^g = t \: , \: x = t^{\frac{1}{g}} \Longrightarrowdx = \dfrac{t^{\frac{1}{g}-1}}{g} dt \\& \\& \therefore \int_0^\infty \dfrac{(x)^{gn-2}}{(1+x^g)^n} dx \Longrightarrow\int_0^\infty
Integral of (1+[x^2])^(-n) from 0 to ∞
\begin{align*} & \int_0^{\infty} \dfrac{1}{(1+x^2)^n} dx \\& \\& \\& {\rm{Lemma \: (1)}}: \int_0^{\infty} \left[ f(x) \right] dx = \int_0^{\infty} \left[ \dfrac{f(\frac{1}{x})}{(x^2)} \right] dx \\& \\& {\rm{Lemma \: (2)}}: \int_0^{\frac{\pi}{2}} \left[\sin(x)\right]^{2g-1} \left[\cos(x)\right]^{2h-1}
200m MLR Estimate
16 April 2019 Formula (19/718 sampled) \begin{align*} \rm{200m} &\approx \rm{100m} \left[ 1.997383 + \left( \dfrac{7.633557}{\rm{60m}} \right) \right] - 11.1841 \pm 0.3 \\& \approx\rm{100m} \left[ 2 + \left( \dfrac{7.65}{\rm{60m}} \right) \right]
Reflections: HS and College Requirements
Context I was reading through one of the various eBooks by James Gray (How to Become a Philosopher) and I wanted to see if he had written anything on Philosophy
Why I'd Support A Negative Income Tax (NIT)
Let me start off by saying I actually have to thank someone I formerly worked with, Kelly Hernandez. We got into a discussion about UBI, the poor, etc. and from
Using a Simple Integral to Solve a Much Harder One
\begin{align*}\displaystyle I & = \int_{\alpha}^{\beta} (e)^{x^n} \: dx =\sum \limits_{\gamma=0}^\infty \left[ \dfrac{(\beta)^{n \gamma +1}-(\alpha)^{n \gamma +1}}{(n \gamma +1) (\gamma ) !} \right]\\& \\& \therefore IBP \\&\oplus \Longrightarrow (e)^{x^n} \: ;
I'm an INTJ - A
Sid ... INTJ's (referred to as "Architects" and "The Master Mind") are a very rare personality type. They constitute ~ 2.1% of the populace (in regards to males ~3.3%). I
Integral of [a(x^n)+b]/[c(x)+d]
\begin{align*}I = \displaystyle \int_\alpha^\beta\dfrac{a(x)^n+b}{cx+d} \: dx &= \displaystyle \dfrac{a}{c} \int_\alpha^\beta\dfrac{(x)^n+ \frac{b}{a}}{x+\frac{d}{c}} \: dx \\&= \displaystyle \dfrac{a}{c} \int_\alpha^\beta\dfrac{(x)^n+ \Delta_1}{x+\Delta_2} \: dx \\& \therefore \: u=x+\Delta_2 \: \Longrightarrow \: u\mid_{\alpha+\Delta_2=\Delta_3}^{\beta+\Delta_2=\Delta_4} \\& \therefore
Walking / Running Calories Burned Based on MET
Walking / Running Calories Burned Based on MET by C. D. Chester Using previous data from my article on MET Values to accurately calculate caloric burn (based on weight and
Integral of 1/(x^n+1) from 0 to ∞
\begin{aligned} I = \int_0^\infty \dfrac{1}{(x)^n+1} dx = \dfrac{\pi}{n\sin{( \frac{\pi}{n}} )} \end{aligned} \begin{aligned} \therefore \rho=\left[ (x)^n+1 \right]^{-1} \:;\: \rho \mid_0^1 \: \Longrightarrow d\rho=\dfrac{-n(x)^{n-1}}{\left[ (x)^n+1 \right]^2} \: dx\end{aligned} \begin{aligned} \therefore (n)^{-1} \int_0^1 \left[
Multiplication ... But With Sigma Notation?
So most people know \begin{aligned} 2 \times 2 = 4 \end{aligned} and the basic methods taught to us in school using carries (base 10 system), but what if we introduced
The Riemann Zeta Function Using The Pythagorean Theorem
The Riemann Zeta Function Using The Pythagorean Theorem by C. D. Chester begin{aligned} int_0^infty dfrac{mathrm{e}^{-bx}sinleft(axright)}{a} : dx= dfrac{1}{b^2+a^2} :; a ne 0, b>0 end{aligned} This result can be easily found using
Creator Spotlight - Zachary Lee
Zachary Lee "Obsessed with Integrals" https://philosophicalmath.wordpress.com/ Zachary's site is very straightforward, unlike the majority of my early work. My earliest work concerned primarily finding quality sites or online PDFs to
Integral of 1/[(x^3)+1] from 0 to ∞
I=∫∞01x3+1dx=2π31.5≈1.209199576156145 Partial Fraction Decomposition Method \begin{aligned} \int_0^{\infty} \dfrac{1}{(x+1)(x^2-x+1)} \,dx \end{aligned}.\begin{aligned} \int_0^{\infty} \dfrac{1}{3(x+1)} \,dx+ \int_0^{\infty} \dfrac{x-2}{3(x^2-x+1)} \,dx \end{aligned}.\begin{aligned} \dfrac{1}{3} \int_0^{\infty} \dfrac{1}{x+1} \,dx-\dfrac{1}{3} \int_0^{\infty} \dfrac{x-2}{x^2-x+1} \,dx \end{aligned}.\begin{aligned} \left[\dfrac{1}{3} \ln{(x+1)}\right]\mid_0^{\infty}-\dfrac{1}{6}\int_0^{\infty} \dfrac{2x-1}{x^2-x+1} \,dx+\dfrac{1}{2}\int_0^{\infty} \dfrac{1}{x^2-x+1}
400m Estimate Using Multiple Linear Regression
Context In 2018 I saw a post: Predicting 800m Timesby Sam Harding In it he used Multiple Linear Regression to perform more and more accurate 800m estimations. I had done
1RM Formulae and its Applications
Context Earlier today I did a small workout using a hexagon bar (deadlift alternative). During it I managed to do 5 x 255 lb. I wondered as I got to
Swainson et al. (WHtR) Body Fat Calculator
After perusing PubMed for awhile I have found various articles/studies on predicting body fat. You can find some here. Anyways, this one comes from one published May 11th, 2017. It
Heller Institute of Medical Research Body Fat Calculator
Source https://www.ncbi.nlm.nih.gov/pubmed/29553036
NSCA's Macronutrient Training Guidelines
Daily Nutrient Recommendations Macronutrient g / kg / day Protein 1.2 - 2 Carbohydrate(general training) 5 - 7 Carbohydrate(athlete training) 7 - 10 Fat The rest of the calories. Minimum
NASM's Macronutrient Plan for Adults/Athletes
Protein "The primary function of protein is to build and repair body tissues and structures. It is also involved in the synthesis of hormones, enzymes, and other regulatory peptides. Additionally,
Radu Antoniu's Macronutrient Plans for Fat Loss and Bulking
Fat Loss Plan "So there are 3 ways to create an energy deficit: increase total physical activity, eat less or do a bit of both at the same time. The
Fitness Plans
Below comprises 11 fitness programs/plans I offer. Once you've purchased a plan expect an intial fitness goal and evaluation via email. - C. D. Chester All Products General Nutrition /
Estimating Caloric Burn With MET Values and EPOC
What is a MET? MET stands for Metabolic Equivalents. It is an index of energy expenditure through "the ratio of the rate of energy expended during an activity to the
Maximal Muscular Potential for Natural Athletes Calculator
In May 2018 I published an article built off a long time personal trainer and competition athlete: Martin Berkhan. I put off making the calculator for my article on it
Freeletics Documentation: Summary of Exercises and Workouts
These are all of the exercises and pre-made workouts on the Freeletics app. This will not include the drills or intervals as they vary based on the coach's evaluation of
Freeletics Documentation: The Introduction
Context For many years I've always had the same selfish goal. To look like something out of a superhero movie (but more natural looking). This year I think it will
Response to Kyle Osborne's "What I Learned From Watching Ben Shapiro for a Week"
Kyle Osborne is a writer on Medium. I am responding to his article titled What I Learned From Watching Ben Shapiro for a Week. I promised him I would more formally
Notable Articles on Medium (UPDATED 6/6/18)
So I peruse the internet for discussions (both critiques and solutions) on various topics. Medium usually is where I find the more written-out formal arguments and YouTube (YT) is more
Other Personal Outlets
So I also publish on Medium. You can see my articles as stories over there. Here's the link: C. D. Chester's Latest Medium Posts Everything I post on this website starting
Thoughts on the Negative Income Tax
Introduction Recently I was in a discussion on poverty, helping the poor, subsidizing education, etc. (socialist and liberal ideas/theories) with a co-worker. I, being a very libertarian capitalist, was confronted
A Discussion on Divine Command Theory With a Theistic Friend
Introduction Earlier today I had a conversation with a religious friend of mine (at least I strongly assume his views as being religious). I should note that I am a
Online Book PDF's PII (Updated 5/26/18)
Adam Smith The Wealth of Nations - An Inquiry Into the Nature and Causes of the Wealth of Nations Anarchism Anarchy, State, and Utopia by Robert Nozick Aristotle Poetics The
VO2 Max and its Relations
References: VO2 max by Brian Mackenzie Estimation of VO2max from the ratio between HRmax and HRrest – the Heart Rate Ratio Method by Uth et al VO2 max from a one mile
Stride Length Estimates and Relative Calories Burned
Use these estimations to figure out how many steps it takes you to walk a kilometer if you don't already know your stride length. You then estimate how far you
400m Potential Calculators (UPDATED 5/23/18)
This test is designed to measure anaerobic capacity. All you have to do is run a 100m, wait 5min, and run a 400m. Enter the times in the appropriate spots
Calories Burned While Walking or Running Calculator
I should note that the KG -KM Ratio Estimate was first made aware to me by Radu Antoniu in his video Cardio for Fat Loss. In it he states,
Female Fitness Multi-Calculator
An adapted version of the Male Fitness Multi-Calculator with the obvious equations fitting the female standards.
Male Fitness Multi-Calculator
I spent a good 4 hours making this calculator and transposing it onto this page. I must thank uCalc.pro for allowing this to happen.
MATH 341 - Number Theory
What is Number Theory? by the Mathematics Department in Brown University MATH 341 is an upper division mathematics class taught at CSULB. In it's course description it defines the class
Online Book PDFs
Note that all are links to PDFs to other websites. Some are from .edu sources and others not so much. Also, some of these PDFs take a long time to