Furthermore, the science or, physics (Dynamics or statics) is the math used to foresee future circumstances, thus, predicting forces or magnitudes being influenced on a material or structure in the molecular level. We see from historical data which forces are required to break the material (Ultimate Strength). From this calculation, a standard has been developed, through testing, a safe elastic limit has been determined. Where the materials can be influenced at a certain force and then be able to sustain the stress indefinitely, in theory. From a practical angle, we have seen many engineering failures, so your question is important and you must realize that I am trying to be as generally spoken as possible, a successful engineer should be perceptive of the importance this science holds in the most fundamental levels of engineering. -MPM
Technically, engineering is applied physics. Physics is the science of figuring out how things work, while engineering is the practice of making things that work.
Engineering students should not only be aware that physics has direct application to engineering, but also that the problem solving and thinking skills developed through learning physics are the same skills they will need to use in their profession as an engineer.
Physics is used when determining the angle that roads are made at. If you know the speed limit you can design turns that do not require any friction between the tires and the road to turn. This is useful at high speeds such as highways and areas where snowfall and icea are common.
It is the science that helps one figure out how various forces act on bodies that are in the earths atmosphere
You don't.
Engineering is the application of rules of engineering to any field e-g application of rules of engineering to computer-science makes it computer-engineering similar to all fields (electrical, civil, petroleaum,software)
subjects in engineering first year (cse) students are:- 1.basic civil engineering 2.basic mechanical engineering 3.engineering mechanics 4.engineering physics 5.mathematics (M1) all these subjects are in engineering first year (first semester)
Engineering is Applied Physics , Economics (affordability) and Art (think Apple).
civil engineering has more value civil engineering has more value
Civil engineering requires a high level of mathamatics and also physics so these subjusts would be a very good choice. If only one subject can be chosen, then maths is probably the most important.
mathematics,physics are the bases of civil engineering.
Architectural engineering; civil engineering (physics is often not compulsory in most universities); you can also consider some architecture
Yes. In fact you need to be very good at mathematics. Both physics and engineering (the practical application of, primarily, physics) are essentially mathematical.
Trigonometry has the most application in Engineering and Physics.
Engineering is the application of rules of engineering to any field e-g application of rules of engineering to computer-science makes it computer-engineering similar to all fields (electrical, civil, petroleaum,software)
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.
Mathematical science has a real world application in almost all other sciences.
your most important subjects are physics and maths (extended) but chemistry might also help
subjects in engineering first year (cse) students are:- 1.basic civil engineering 2.basic mechanical engineering 3.engineering mechanics 4.engineering physics 5.mathematics (M1) all these subjects are in engineering first year (first semester)
A civil engineering degree will require classes which will include units in specific fields of physics, mathematics, building management, project management and design, as well as specific topics in civil engineering.
the application of the laws of mechanics, hydraulics, and interfacial physics to engineering problems dealing with partially saturated soils.''
Of course not. Certainly, you won't be bad at physics or engineering BECAUSE OF your math skills. You NEED math for physics, and both math and physics for engineering, so somebody who is not good at math is more likely to have trouble with physics or engineering.