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.
Several aspects of physics are quite important here; especially calculations involving to energy and power; friction; momentum.
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.
The application of physics in transportation is in the use of energy to make transport object move. Fuels are burnt in the engines, heat energy in converted into mechanical energy for vehicles to move.
To name a few, electricity, airplanes (among other forms of transportation), space exploration, architecture, product design, etc.
Understanding physics will take you a long way towards understanding objects, energy, and motion. Any form of transportation (including boats) is a large physics contraption, designed for purpose of locomotion. Also, biological systems are subject to physical laws, albeit on a much smaller scale. In a nutshell, studying physics is a great way to understand most things that aren't culturally made up.
Yes, because transportation is dependent on the society. Improvement of the transportation system is dependent on the society.
if you observe the world around, the whole things are according to certain laws in physics.
Boats, Rafts, Canoes and such that people use for river transportation
transportation, water, and fish YUM :)
Physics
Higher population density in Japan leads to more demand for public transportation systems like trains and buses to accommodate the large number of people moving around urban areas. This has resulted in a well-developed and efficient transportation network in Japan, with extensive train and bus services connecting even remote areas. However, it can also lead to overcrowding and congestion during peak hours in cities.
waves
ireally dont think it affects because in what way or form can it affect right ?
Several aspects of physics are quite important here; especially calculations involving to energy and power; friction; momentum.
physics
Physics affects us in a different way. Without physics we would not be on earth instead we all would be thrown into the outer space because of the centrifugal force.
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.