Concept Of Mechanical Energy Research Articles

Statistical Analysis of Random Motion and Energetic Behavior of Counting: Gibbs’ Theory Revisited

Following a recently reformulated Gibbs' statistical chemical thermodynamic theory on discrete state space, we present a treatment on statistical measurements of random mechanical motions in continuous space. In particular, we show how the concept of temperature and an ideal gas/solution law arise from a statistical analysis of a collection of independent and identically distributed complex particles without relying on Newtonian mechanics, nor the very concept of mechanical energy. When sampling from an ergodic system, the data ad infinitum limit elucidates how the entropy function characterizes randomness among measurements with the emergence of a novel energetic representation for the statistics and an internal energy additivity. This generalization of Gibbs' theory is applicable to statistical measurements on single living cells and other complex biological organisms, one individual at a time.

DESIGN OF MECHANICAL ENERGY MEASUREMENT TOOLS IN FALL FREE MOVEMENT CASE FOR STUDENTS BASED ON ARDUINO

Has already done a research of model design measurecl instrument in case of free movement falling based on arduino uno. The instrunment development aim to visualize of mechanical energy and measured the mechanical energy value based on the concept of mechanical energy. This research used four general sections of model design. They are mechanical designer, hardware designer, software disigner, and the developed testing performance. The used model design instrument. The result of developed testing performance howed that the instrument was able to visualizd mechanical energy value with the skor in every point 0,06 J, and proved the conceph on mechanical energy.

A generalisation of the Landau vector

The authors generalise the Landau vector in some physical situations where it is possible to define a 'potential' linear momentum. Recent results of Sivardiere (1988) can be obtained within this context. From a more general viewpoint the author discusses the conditions for the introduction of the concept of a 'generalised' linear (angular) momentum in analogy with the concept of mechanical energy.