PR-PPT (1).pptx capstone research report

"The Acquisition of Saltwater as an Alternative Source of Energy to Light a Bulb". Materials:
*saltwater
*zinc
*copper
*illumination of the bulb
*wire
*cup bottle
This our capstone research that we presented. . Acquisition refers to the process of obtaining or collecting saltwater for the purpose of harnessing its energy. This can involve various methods such as extracting saltwater from natural sources. This research state that can saltwater can be alternative source to light a bulb. The purpose of this research study was to explore the potential of saltwater as an alternative energy source to light a bulb. As the demand for sustainable energy solutions continues to grow, investigating unconventional sources of power has become crucial. The study aimed to determine whether the energy present in saltwater could be effectively harnessed to generate electricity and illuminate a bulb.
The study utilizes an experimental research design, specifically a within-subjects design, where each participant is exposed to different saltwater concentrations. The study concludes by summarizing the main findings regarding the feasibility of using saltwater as an alternative energy source to light a bulb. The independent variable is the saltwater concentration. The dependent variable is the bulb illumination or brightness. It is measured to assess the effectiveness of the saltwater-based energy system in lighting a bulb. The collected data is analyzed to determine the relationship between saltwater concentration and bulb illumination.

Overall, the research design involves systematically manipulating the saltwater concentration and measuring the resulting bulb illumination to evaluate the potential of saltwater as an alternative energy source for lighting bulbs.However, the experiment yielded negative results, indicating that the saltwater samples tested were unable to generate sufficient electricity to illuminate the bulb, it is important to recognize that saltwater still holds potential for other applications in energy generation and storage. The researchers utilized an experimental research design, specifically a within-subjects design, where each participant is exposed to different saltwater concentrations. The study concludes by summarizing the main findings regarding the feasibility of using saltwater as an alternative energy source to light a bulb. The independent variable is the saltwater concentration. The dependent variable is the bulb illumination or brightness. It is measured to assess the effectiveness of the saltwater-based energy system in lighting a bulb. The collected data is analyzed to determine the relationship between saltwater concentration and bulb illumination. Overall, the failed experiment underscores the complexity and challenges inherent in exploring unconventional energy sources. It highlights the importance of systematic investigation, careful experimental design, and ongoing research effort to unlock the full potential of saltwater

1. The Acquisition Of Energy Source Using Salt Water As Alternative To Light A Bulb

2. Chapter I INTRODUCTION

3. Background of the Study Dependence on electrical energy is increasing with technological development. Demand for traditional energy sources like fossil fuels is rising due to population growth and industrial expansion. Exploration of salt water as an alternative, renewable energy source for lighting a bulb is underway, particularly in coastal regions.

4. Statement of the Problem What is the time duration to light a bulb using salt water as a source of energy? 2. In what specific volume of salt water will light a bulb using salt water as a source of energy? 3. Is there a significant difference between the different amount of salt water and the time duration to acquire energy power source to light a bulb?

5. Hypothesis of the Study There is no significant difference between the acquisition of salt water as energy power source to provide a sustainable and renewable alternative to conventional energy sources.

6. Significance of the Study This study has significance to the following: Coastal Communities Island Nations Countries With Extensive Coastlines Future Researchers

7. Scope and Delimitations of the Study The study will focus on the acquisition of energy source using salt water as alternative to light a bulb. It will be conducted in Barangay Poblacion , San Jose, Romblon. It will begin on February 2024 until March 2024. However, this study will only focus on the acquisition of energy source using salt water as alternative to light a bulb, and not utilizing the salt water as an alternative source of energy to light a bulb.

8. Conceptual Framework

9. Chapter II REVIEW OF RELATED LITERATURE AND STUDIES

10. Related Literature Nurul Aini Bani et al. (2018) conducted a study to develop salt water-powered devices for rural and remote communities in Malaysia and worldwide. They identified the factors that affect the performance of salt water energy generation, such as the combination of electrodes, the number of cells, and the durability of the electrodes. The study found that the choice of electrodes as anode and cathode affects the voltage output.

11. Related Literature According to Park et al. (2016), the use of sustainable power sources requires a substantial scale stationary electrical vitality stockpiling or EES framework with battery-powered high vitality thickness, minimal effort batteries to be viable. The utilization of salt water and a Na without metal anode will empower a high wellbeing, ease, and a control of cell voltage and vitality thickness by changing the salt focus.

12. Legal Bases Presidential Decree No. 1067 of 1976. A decree instituting a water code, thereby revising and consolidating the laws governing the ownership, appropriation, utilization, exploitation, development, conservation and protection of water resources. Article 2; To establish the basic principles and framework relating to the appropriation, control and conservation of water resources to achieve the optimum development and rational utilization of the resources.

13. Legal Bases Philippine Clean Water Act of 2004 (Republic Act No.9275). The act shall apply to water quality management in all water bodies; fresh, brackish and marine waters. It shall be the policy of the State: to prevent, control, and abate pollution of the country’s water resources; promote environmental strategies for the protection of water resources; formulate a national program of water quality management: promote commercial and industrial processes and products that are environment friendly and energy efficient.

14. Chapter III METHODOLOGY

15. Subject of the Study In this experimental study, the researchers explore using salt water as a different kind of energy to light bulb, where the researchers test if salt water can make electricity to light up bulbs. By comparing it to normal ways of lighting, we will see if salt water could be a good, easy, and eco-friendly option for lighting our homes.

16. Research Design Experimental-observational research is the design of this study to investigate the cause-and-effect relationship between variables. The independent variable of this study is the acquisition of salt water as an alternative source of energy, while the light bulb will serve as the dependent variable. This study will check the significance difference between the different amount of salt water and the time duration to acquire energy power source to light a bulb.

17. Procedures of Data Gathering Preparation will involve the researchers gathering all necessary materials, including salt water, copper and zinc plates, a light bulb, insulated wires, and any additional equipment. Once the materials are gathered, the researchers will assemble the apparatus by connecting the copper and zinc plates to the wires and attaching the light bulb to the circuit. Next, salt water will be collected or prepared by the researchers. The copper and zinc plates will be carefully submerged into the salt water by the researchers, ensuring they do not touch each other.

18. Procedures of Data Gathering The experiment will be initiated by the researchers activating the circuit, either by connecting it to an external power source or relying solely on the electrochemical process. Observation and data collection will be carried out by the researchers, who will monitor the reaction between the salt water and the metal plates. The data gathered from this study will be compiled and analyzed by the researchers to identify trends or patterns.

19. Data Analysis and Procedure This study will be using experimental-observational data analysis procedures in determining the time duration to light a bulb using salt water as a source of energy and the specific volume of salt water required to light a bulb, aiming to explain the significant difference between the different amounts of salt water and the time duration to acquire energy to light a bulb. The researchers will observe and analyze the time duration it takes to light a bulb using salt water as an energy source, as well as the specific volume of salt water needed. This method involves conducting experiments and directly observing phenomena without manipulating variables, focusing on describing and understanding natural behaviors or occurrences.