Indefinite Integral
For our first grading, I enjoyed our topic about indefinite integrals since our instructor properly presented the topic and provided the examples we needed to grasp it. I also understand the importance of it since this not my first time taking up this subject. That is why I seriously learned it because if I didn't took that seriously I will having a hard time coping to our next and harder topics. But most importantly I realized the purposed and importance of this topic on our daily task and future career.
The purpose and everyday application of indefinite integrals is crucial in many different domains. Finding a function's antiderivative using this idea helps in problem-solving in everyday life. For example, indefinite integrals are used in physics to compute acceleration, velocity, and displacement. indefinite integrals are widely utilized in engineering to examine fluid dynamics and electrical circuits.
Solids of Revolution
In the Midterms I focused on our topic about the Solid of Revolution, because I am a sanitary engineer student and on our field of work we will be dealing with lots and lots of cylindrical materials as well as pipes. That is why this topic is very important for me to understand.
For us sanitary engineers of the future, the idea of solid of revolution is important. It enables us to compute the volume of different structures like tanks and pipes accurately, which is crucial in creating effective sanitation systems. Through a thorough comprehension of the solid of revolution, engineers can ensure that waste management systems are appropriately scaled and capable of managing the necessary flow rates. This idea also helps us in determining the systems' integrity as well as avoiding any possible leaks or malfunctions. So solid of revolution must be thoroughly understood by any successful sanitary engineer and sanitary engineers of the future generation.
Fluid Pressure
I will be honesty that during this finals I had a very hard time understanding this topic, but I'm thankful with my guildmates because of them and our teamwork we were able to comply with our given activity. As for my part I made a lot of YouTube watching and practicing so that I will not be left behind.
In the field of sanitary engineering, fluid pressure is crucial. It is our duty as sanitary engineers to make sure that fluids, such water and sewage, are distributed and move through buildings and infrastructure in the most effective way. By comprehending fluid pressure, we may create plumbing networks that are efficient and protect against pollution, leaks, and clogs. Communities' health and safety can be guaranteed by improving wastewater treatment facilities and water delivery networks through the application of fluid mechanics principles. We would be severely limited in our ability to develop sustainable and effective sanitation systems without a solid grasp of fluid pressure.
I also want to appreciate your effort Sir. Victor Hafalla for teaching us on how to deal with pressure and teamwork. Thank you Sir for sharing your knowledge and techniques. See you Sir next Semester.. Sana po di na ditong subject..hehe