This will involve biology, engineering, chemistry (when looking at bone structure, for example), physics and maths (because there are a lot of mathematical calculations related to how knee joints work).
Scientific subjects in secondary schools can be divided into separate sciences (for example, physics and biology) and balanced science (for example, integrated science and combined science); general science falls into the latter category.
As there is a growing appreciation of a systems biology approach within medicine and the health sciences [ 38- 41], methods from other scientific disciplines (for example, physics, network science, and computer science) should be considered to address these complexities.
Moreover, impulsive delay differential equations are used in various fields of applied sciences too, for example physics, ecology, pest control and so on.
Of those who responded, 113 were from the physical sciences (for example, physics, astronomy, chemistry, computer sciences, mathematics, 45.6%) and 122 from the biological sciences (for example, zoology, botany, human sciences, medicine, 49.2%).
This method has been used effectively for promoting learning of a variety of topics, including, for example, physics (Lawson, 1988), geoscience (McConnell et al., 2006), and biology (Meltzer and Manivannan, 2002; Tessier, 2004; Tanner and Allen, 2005; Michael, 2006).
Due to their importance in numerous application, for example, physics, population dynamics, industrial robotics, optimal control, and other areas, many authors are studying dynamic equations with impulse effects; see [1 - 19] and references therein.
For example, physics advances claims about non-evident things, such as atoms and void.
The reader appreciates, for example, that physics and an attitude toward physical laws originated in Greek scholarship (e.g., Archimedes, or Aristotle himself), coming later to Europe via Spain through the contact between Islamic and Jewish philosophers such as Maimonides.
We will also examine philosophical problems in specific sciences, including, for example, physics.
Thus means-ends analysis can be applied in any discipline aimed at empirical knowledge, for example physics or psychology.
