Learn jump techniques from high jumpers! Stiffer tendons, jump technique, and speed help increase your vertical. How to ...

Since it moves in a straight line under constant gravitational acceleration, its motion can be analysed using kinematic equations (SUVAT). As gravity is the only force acting on the object after ...

Gravity solely affects vertical motion, while horizontal motion remains constant, assuming no air resistance. Familiarity with basic kinematic equations for one-dimensional motion is crucial for ...

Projectile motion occurs in a vertical plane defined by the initial velocity's direction ... Since the acceleration is constant we use the kinematic equations. We will start by setting up the ...

A motion capture system was used for three-dimensional kinematic analysis, and surface electromyography (EMG) data were collected from eight muscles in the gluteal region and lower limbs. The results ...

A university student recently solved a question that's puzzled physicists for over half a century: Why do gas bubbles appear to get stuck inside narrow vertical ... to the motion of the bubble ...

The vertical structures of precipitation systems vary with the different microphysical processes, such as size sorting, evaporation, melting, freezing, riming, aggregation, etc. The upward air motion ...

Additionaly, peak vertical ground reaction force ... (2017) using full-body inertial motion capture. Furthermore, only sagittal plane knee kinematics could be estimated in the proposed approach, ...

The paper proposes a vertical motion control strategy combining hydrodynamics with kinematics analysis, to make sure that the underwater robot can just stop at the specific depth with its velocity ...

Kinematics and Projectile Motion Don’t ... First, the horizontal motion (usually called the x-direction) and vertical motion (the y-direction) act independently of each other.