Dot Physics on MSN

Projectile motion explained: deriving the parabolic trajectory

Why does a projectile follow a perfect curve through the air? 🎯 This video explains projectile motion by deriving the parabolic trajectory, using kinematics and constant acceleration to show how ...
IEEE

A Stochastic Analog SAT Solver in 65nm CMOS Achieving $\mathbf{6.6}\mathbf{\mu}\mathbf{s}$ Average Solution Time with 100% Solvability for Hard 3-SAT Problems

Abstract: This paper presents a stochastic analog SAT solver, featuring a fast open-loop architecture with continuous-time self-loopback pull-up switches, a discrete-time scrambling scheme, and a cost ...
IEEE

An Evolutionary Partition Based Method for Solving Scheduling Problems With Hard Q-Times

Abstract: This paper proposes a new evolutionary partition based method to tackle complex combinatorial optimization problems, such as a class of scheduling problems with hard Q-time constraints. The ...
Sun Sentinel

Hyde10: Offensive woes, QB problems, here comes the draft — 10 thoughts on Titans’ 31-12 win over Dolphins

The Miami Dolphins hit rock-bottom Monday night with the kind of performance right out of the tank year of 2019. Or the 1-15 season 2007. Or any other insufferable season this franchise put up. The ...
Hosted on MSN

Solving projectile motion problems with the quadratic formula

In this video, we dive into how to solve projectile motion problems using the quadratic formula! From calculating the height and distance to finding the time of flight, we’ll show you how to apply the ...
the-decoder

AI reasoning models think harder on easy problems than hard ones, and researchers have a theory for why

Large reasoning models often show counterintuitive behavior, putting more computational effort into simple tasks than difficult ones while producing worse results overall. Researchers have established ...