Skip to main content

Hey! Free money!

This just came in:

On Dec 27, 2017, at 6:55 PM, **@gmail.com wrote:

My name is ** and I am a freelance writer hoping to contribute my writing to andrewgelman.com. I would be willing to compensate you for publishing.

For my posts, I require one related client link within the body of my article, as well as no “guest” or “Sponsored” tag on the post. I am willing to offer $50 per post published on the site as compensation for these things. Please let me know if you are interested and/or if you have any questions.

OK, here’s the cool part: For all you know, I’ve taken this guy (or bot) up on his offer. So from now on, when reading this blog, you’ll have to guess which of the posts you’re seeing are sponsored content. Given the conditions above, unfortunately I’m not allowed to label these particular posts.

It’s possible, right? Just about all my posts have links, and, hmmmm . . . $50 per post x 400 posts a year = $20,000. That’s real money! Also think of all the time this frees up for me, if someone else is writing all my posts for me. It’s really a win-win situation, and Google can translate all the Russian to English, no problem.

The post Hey! Free money! appeared first on Statistical Modeling, Causal Inference, and Social Science.



from Statistical Modeling, Causal Inference, and Social Science https://ift.tt/2E5H0s7
via IFTTT
Labels:

Comments

Post a Comment

Popular posts from this blog

Solving Van der Pol equation with ivp_solve

Van der Pol’s differential equation is The equation describes a system with nonlinear damping, the degree of damping given by μ. If μ = 0 the system is linear and undamped, but for positive μ the system is nonlinear and damped. We will plot the phase portrait for the solution to Van der Pol’s equation in Python using SciPy’s new ODE solver ivp_solve . The function ivp_solve does not solve second-order systems of equations directly. It solves systems of first-order equations, but a second-order differential equation can be recast as a pair of first-order equations by introducing the first derivative as a new variable. Since y is the derivative of x , the phase portrait is just the plot of ( x , y ). If μ = 0, we have a simple harmonic oscillator and the phase portrait is simply a circle. For larger values of μ the solutions enter limiting cycles, but the cycles are more complicated than just circles. Here’s the Python code that made the plot. from scipy import linspace from ...
Post a Comment
Read more

Lawyer: 'Socialite Grifter' Anna Sorokin 'Had To Do It Her Way' (And Steal $275,000)

Opening statements were made in the "Socialite Grifter" trial on Wednesday, and both sides provided extremely different reasons why Anna Sorokin allegedly scammed a number of people and institutions out of $275,000. [ more › ] Gothamist https://ift.tt/2HXgI0E March 29, 2019 at 12:33AM
Post a Comment
Read more

NYC's Deadliest Trash Hauling Company Is Going Out Of Business

Sanitation Salvage, the embattled private trash hauling company responsible for two deaths and countless safety violations , has surrendered its license and is going out of business. The company announced the decision in a letter sent to the Business Integrity Commission this week, city officials said. [ more › ] Gothamist https://ift.tt/2TYFVLx November 28, 2018 at 07:14PM
Post a Comment
Read more