For years, many disciplines have benefited extensively through various contributions that rely on the physics foundation for analyzing data and creating amicable solutions to problems in various fields. Various models and laws applicable in physics are valuable in understanding how our universes behave from how tiny charged objects move as well to the motion of spaceships, cars, and people. Modern technological breakthroughs have been attributed due to significant contributions from physics applications. The creation of efficient and operational digital technologies such as hardware and software components developed by information technology engineers revolves around the fundamental knowledge generated from physics applications to conceptualize advancements aimed at driving the world's economic engine. Its mass application in the engineering profession shows its several significance to our daily undertakings, for example, information technology engineers rely on physics knowledge to creation of several devices.

For instance, the selection of appropriate circuit layouts and appropriate materials in smartphone creation requires physics knowledge to ensure the proper interaction of electricity with various circuits encompassed in the device. The application based on the concepts of photonics and electronics often applied in developing consumer computers that have DVD or CD-ROM devices. Therefore, the knowledge of physics and technology interact on various scales as the principles surrounding physics act as a grounding idea for computation fundamentally for digital computing entities.

The different technological innovations are a result of various theoretical breakthroughs made possible by the study and application of physics principles. The concepts of physic are valuable in comprehending the big data learning process through the Internet of Things (IoT) which applies unknown parameters to describing how devices connect to the internet. Additionally, knowledge can be applied to calculating the time, distance, and speed an object travels from one point to another based on the laws of physics about the usage of its equation such as in GPS keeping in mind the principle related to sensor design (Peng et al., 2020). For instance, GPS application is understood in a Newtonian environment as it takes into account the aspects of general relativity for proper functionality. Additionally, in rockets, rifles, and other projectile devices design applies the third Newton law of Motion as well as Bernoulli's principle. During a spaceship or rocket launch, the reactions of forces to engineers hence, taking the approach to their benefit as it displays how fuel is burned to exert a downward force that pushes the rocket into the air.

Besides, newton's law of force is applied to marketing as the formula states that acceleration times mass equals force, hence, when the technique is effectively executed in selling a product the expectation of the end outcome is positive. Consequently, once in motion, it's essential for marketers not to rest as it's presumed the biggest mistake of any marketing agency. Thus, to ensure the brand is suitable for the market the law is essential as produced products are required to constantly remain in motion and consistent to ensure the series of success achieved is long term however the challenges of sustaining momentum (Norrish et al., 2021). Further, the counteract newton application illustrates that opposite forces are felt to maintain momentum such as unexpected competition, it's essential to be ready for any opposition. For instance, the release of the Reebok Pump in the '80s sent Nike into a tailspin which was followed by the invention of the Nike Air series and a partnership deal with Michael Jordan NBA legend enabling the firm to reach unimaginable success. Thus, physics applicability is essential in all aspects involved in engineering from the time an object is conceptualized to the time it gets in the hands of the user.

References

Norrish, J., Polden, J., & Richardson, I. M. (2021). A Review of Wire Arc Additive manufacturing: Development, Principles, Process Physics, Implementation and Current

Status. Journal of Physics D: Applied Physics.

Peng, S. L., Pal, S., & Huang, L. (Eds.). (2020). Principles of internet of things (IoT) ecosystem: Insight paradigm (pp. 263-276). Springer International Publishing.