Learn how to calculate the landing distance of a ball thrown from a cliff! In this video, we break down the physics of projectile motion, including horizontal and vertical components, initial velocity ...

Abstract: This paper proposes and analyzes a gradient-type algorithm based on Burer-Monteiro factorization, called the Asymmetric Projected Gradient Descent (APGD), for reconstructing the point set ...

This research provides density functions and descriptive statistics for the distance between points for basic shapes in Cartesian space. Both Euclidean and Rectilinear Distances are determined for ...

College of Science and Engineering, James Cook University, Townsville, QLD, Australia Passive acoustic monitoring has emerged as a useful technique for monitoring vocal species and contributing to ...

Abstract: Log-Euclidean distances are commonly used to quantify the similarity between positive definite matrices using geometric considerations. This paper analyzes the behavior of this distance when ...

Dr. Kyle Elliott, tech career coach, interview coach, and trusted confidant to Silicon Valley's top talent via CaffeinatedKyle.com. As a tech career coach, I’m often asked whether post-interview thank ...

When it comes to a driver fitting, the guiding principle is: “Ball speed is the most important factor.” This seems obvious. Make the ball go faster, and it’s always going to go farther. Generally, ...

Ever notice that some runs and races are more satisfying than others? These workouts aren’t necessarily the easiest runs or even the ones that are the most fun. Instead, they’re fulfilling because the ...

It's an expensive proposition to build cars, especially when you've got to make sure every part of it complies with every letter of the law. That's why, sometimes, automakers will decide to use an off ...

Question: I see some guys on tour using shorter driver shafts than the standard 44.75 to 45 inches. Sounds interesting, but I don't want to lose any distance. Does a shorter driver shaft result in ...