Huge. Transportation is all about F=ma, the moving of masses m! transportation is accelerating masses from zero to transportation speed; maintain that speed and then decelerate the masses to zero again; etc,etc,etc.
If it were not the current means of transport, thee existence of large cities would be impossible. However, physics has contributed to the design and increasing fast and safe means of for of transport, which allow us to move from one point to another of the the city without much difficult or even to go around the world. Thanks to physics means of transportation has improved our conduct business - business here more profitable. The transportation industry is no stranger to the manipulation of everyday physics. Cars and trains utilise the wheel, which. Provides a smooth, steady motion.. Newton's laws of motion are at works as mechanical force is and acceleration, action, reaction and intertia to complete movement proc ess through the mediums. All thanks to physics.
All objects in motion obey Newton"s Laws. Engineering, particularly Mechanical Engineering, is fundamentally the application of physics to solve problems related to motion. Chemical and Electronic Engineering are applications of respective laws of physics: They play an important role in transportation, especially in Aviation and Automotive.
The rOle of physics is very vast and there are many things that physics helps ...
The role of transportation is to supply the demand and the role of communication is to translate the demand.
we can learn about friction
yes, physics plays a very significant role in forensics
Several aspects of physics are quite important here; especially calculations involving to energy and power; friction; momentum.
Trains Play a big role in South America's transportation of goods.
How important is physics in the advancement physics? I would say it's fundamental. If you restate the question, maybe I can give a better answer.
Just about anything we do is related to physics, since physics tries to describe how the Universe works. Specifically, in transportation, relevant physical topics are movement, speed, momentum, energy (First and Second law of Thermodynamics), and - depending on the type of engines used - electromagnetism, heat engines, etc.
A tokamak is the magnetic container that traps and holds the plasma in this type of physics.
fishing and transportation
space and stars and multi universes