The Boltzmann equation, also known as the Boltzmann transport equation describes the statistical distribution of particles in a fluid. It is an equation for the time evolution of f(r,c,t), the particle distribution function in the phase space. Phase space can be viewed as a space in which ...
where h is the height dropped by the water. This is simply a kinematic equation for any object falling a distance h with negligible resistance. In fluids, this last equation is called Torricelli’s theorem. Note that the result is independent of the velocity’s direction, just as we ...
The nature of a graph drawn for a freely falling body … [TS EAMCET 2019] In a vertical circular motion, the ratio of the kinetic energy of a particle … [MHT CET 2016] Speeds of 20m/s and 15m/s relative to the ground … [BITSAT 2019] An object is thrown vertically upward with ...
For example, you can sum up Newton’s physics almost instantly. Rather than talking about kinetic energy and momentum and falling, you can just say “Dudes and dudettes, if I may, the Lagrangian for an object flying through the air near the surface of the Earth is , where m is mass, ...
The presence of weak layers in the superficial layers of the ground. In the equations in Table 1, 𝜃θ is the drill hole angle, LMax is the maximum flyrock distance, m is the mass of the explosive in each hole (kg/m), B is the burden (m), St is the stemming height (m), g...
To the ancients, the processes of image formation were full of mystery. Indeed, for a long time there was a great discussion as to whether, in vision, something moved from the object to the eye or whether something reached out from the eye to the object. By the beginning of the 17th ...