Baking Soda and Vinegar as an Alternative
Fire Extinguisher
_____________________________
A Research Proposal
Presented to the ACLC College of Mandaue
M.C. Briones, Mandaue City, Cebu
_____________________________
In Partial Fulfillment
of the Requirements
in Practical Research 2
____________________________
HYDIE ALONZO
GERALDINE LOPEZ
JOHN CLARENCE GENOBIA
GOLDI ALIGRES
JOHN MICHAEL CERCADO
JOHN GABRIEL GABUTAN
ROBERT BOB EMMANUEL DAMOS
PRINCE JOSEPH CUAJAO
___________________________
JANUARY 2025
APPROVAL SHEET
This research project entitled “Baking Soda and Vinegar as an Alternative Fire
Extinguisher” prepared by Group 1 in partial fulfillment of the requirements in Practical
Research 2 have been examined and is hereby approved by the research adviser on
the Research Proposal with a grade of PASSED.
JHONAZEL GEMINA KISKIS, LPT
Research Adviser
Comments and Suggestions:
ii
ACKNOWLEDGMENT
The research would like to thank to those who contributed for the completion of
this research.
First and foremost, the researcher would like to thank the Almighty God for his
enduring grace, guidance, and protection that he has bestowed upon the researcher
during this research project.
Second, we would like to convey our deep and sincere gratitude towards Ms.
Jhonazel Gemina Kiskis for providing invaluable guidance, support, advises,
comments, suggestions that helps in the completion and success of this research.
Third, we would like to express our greatest gratitude towards our parents for their
endless love, support, and sacrifices. This would not have been possible without their
unselfish love and support given to us all the time.
Lastly, our thanks to all people who have supported us to complete the research
work.
iii
TABLE OF CONTENTS
Page
TITLE PAGE
i
APPROVAL SHEET
ii
ACKNOWLEDGEMENT
iii
TABLE OF CONTENTS
iv
Chapter 1 INTRODUCTION
Rationale
1
Statement of the Problem
2
Statement of Null and Alternative Hypothesis
2
Purpose of the Study
3
Theoretical and Conceptual Framework
4
Theoretical Background
5
Significance of the Study
6
Scope and Delimitation
6
Operational Definition of Terms
7
Chapter 2
REVIEW OF RELATED LITERATURE
8
Chapter 3
METHODOLOGY
Research Design
11
Research Environment
11
Research Respondents
12
Sampling Technique
12
Research Instruments
13
iv
Data-gathering Procedure
13
Data Analysis
15
Ethical Considerations
15
APPENDICES (Survey Questionnaire)
16
REFERENCES
15
CURRICULUM VITAE
17
v
CHAPTER 1
THE PROBLEM AND ITS SCOPE
Rationale
The world witnessed the disastrous effects of the fires that led to the demise of
countless animals and the loss of homes and livelihoods for millions of people, their
hardships are reduced to ashes, not to mention the impact on the climate. Fires had
become a major problem of our country for the past years. The majority of Filipinos,
particularly those living in squatter areas, are victims of these fires on a regular basis.
Houses designed with light and combustible materials, faulty wiring, careless acts of
people near flammable things, and the lack of fire extinguishers in each household are
all possible causes of these fires. To keep a fire burning, it requires three things: heat,
fuel, and oxygen.
The fizzing bubbles are caused by the emission of carbon dioxide during the
acid-base reaction between the vinegar and baking soda. Because the fire is
surrounded by air of a different gas, carbon dioxide, when this gas is trapped and
poured over the flame, the fire loses access to oxygen. According to Lauren Cahn
(2022), when baking soda and vinegar are combined, something new is generated.
Carbon dioxide gas quickly foams up in the mixture. If enough vinegar is used, the
baking soda will react and dissolve completely. As the CO2 gas escapes, it condenses
into a cloud of dry ice, also known as "snow." This cloud suffocates the flames by
reducing the oxygen level of the environment. Carbon dioxide extinguishes fires by
displacing oxygen or removing it from the fire triangle. As it exits the extinguisher, the
carbon dioxide is extremely cold, cooling the fuel as well.
RRL Studies have shown that baking soda and vinegar can extinguish the
fire. This item could be valuable to all Filipinos because the materials used in it are
guaranteed to put out fires while still being reasonably priced. Thus, the researchers
aim to further explore the effectiveness of baking soda and vinegar as an alternative
fire extinguisher. Fire is the result of a chemical reaction called combustion, which
occurs when fuel, oxygen, and heat combine in the right proportions. While lightning,
arson, and utility lines are the most common causes, debris burning and fireworks
are also common causes. But fires are incited by myriad sources, including
accidents. The research design used for the study was the quantitative-experimental
research while utilizing true experimental sampling technique. The statistical
treatment used for this study was mean, standard deviation, and independent t-test.
Using the questionnaire as an instrument, the researchers will conduct a survey to
determine the level of acceptability of baking soda and vinegar as an alternative fire
extinguisher. The respondents of this study will be 50 senior high school students
from ACLC College of Mandaue.
Statement of the Problem
This research will be conducted to determine the baking soda and vinegar as
an alternative fire extinguisher.
Specifically, this study will seek answers to the following:
1. Can baking soda and vinegar be used as an alternative fire extinguisher?
2. Is there a significant difference between the commercial fire extinguisher and
alternative fire extinguisher in terms of:
2.1. Capability to fully demolish the fire?
2.2. Ability to lessen the post to purchase?
3. How effective is the mixture of baking soda and vinegar as an alternative fire
extinguisher?
4. What interventions can be proposed?
Statement of Null and Alternative Hypothesis
𝐻0 : There is no effects of Baking Soda as an Alternative Fire Extinguisher.
𝐻1 : There is an effect of Baking Soda as an Alternative Fire Extinguisher.
2
Purpose of the Study
The purpose of this experimental study is to identify if the baking soda and
vinegar can be an alternative fire extinguisher. It is to know if it is effective or not. The
researcher also conducted this study to examine the chemical reaction between this
two substance, particularly their ability to surpass the fire. Through experimentation,
the study seek to evaluate whether this combination can be used as an cost-effective
and easily accessible alternative fire extinguisher specially for small scale fires in
household.
3
Theoretical and Conceptual Framework
The study assumes that Baking Soda and Vinegar as an Alternative
Fire Extinguisher.
Alternative Fire
Extinguisher
Theory
by
Chandler
Manlongat
(2019).
Bubbling Baking
Soda
Theory
Kelly Chan et al.
(2019)
Baking soda and vinegar as an alternative fire extinguisher.
The significant difference between the commercial fire extinguisher and
alternative fire extinguisher.
Effectiveness of the mixture of baking soda and vinegar as an alternative fire
extinguisher.
Interventions proposed.
Figure 1. Theoretical Framework of the Study
4
Baking Soda as an Alternative
Fire Extinguisher
Baking Soda
Alternative
Vinegar
Fire Extinguisher
Residents
The
Researchers
Figure 1.2. Conceptual Framework of the Study
THEORETICAL BACKGROUND OF THE STUDY
Bubbling Baking Soda Theory by Kelly Chan et al. (2019)
The researcher choose the Bubbling Baking Soda Theory for the reason that it
is related to the “Baking Soda and Vinegar as an Alternative Fire Extinguisher”.
According to Kelly Chan et al. (2019), the experiment tested how verifying the
amount of baking soda in the new reaction with the vinegar would affect product
outcomes.
Alternative Fire Extinguisher Theory by Chandler Manlongat (2019).
5
The researcher choose the Alternative Fire Extinguisher Theory for the reason
that it is related to the “Baking Soda as an Alternative Fire Extinguisher”.
According to Chandler Manlongat (2019), there is more to fire than just the
emission of heat and light. Fire is a chemical process of combustion involving the
oxidation of a fuel source at a high temperature.
Significance of the Study
This study will focus of the effectiveness of the mixture of baking soda and
vinegar as an alternative fire extinguisher. The result of the study will be beneficial to
the following.
Parents: This study will help the parents have an insight into the benefits of
having a homemade fire extinguisher and how it works throught science.
Students: Students nowadays are enlightened about the fire extinguisher but
some students cannot afford it. Students are the most likely to understand the
chemical mixtures and if they knew the vinegar and baking soda will be effective, that
will save their household from fire.
Ordinary business owners: Unlike in America, fire extinguisher are required
in their household especially on business. When the business owners will have the
chance to know the mixture of alternative fire extinguishers. They will be safe against
class A ( ordinary fire), and B (liquid and gases) fire.
Future researchers: This research will be a useful reference for the
researchers who would plan to vinegar are effective as an alternative fire extinguisher.
Scope and Delimitation
The study covered the residents who wants to know if there is an alternative
solution to a fire extinguisher. It is conducted in Bakilid, Mandaue for year 2025.
The study is to identify if the baking soda and vinegar can be an alternative fire
extinguisher. It is to know if it is effective or not. The researchers also conducted the
study to examine the chemical reaction between these two substance, particularly their
ability to surpass fire. Through experimentation, the study seek to evaluate whether
6
this combination can be used as a cost-effective and easily accessible alternative fire
extinguisher especially for small-scale fires in household.
Operational Definition of Terms
Baking soda - It contains sodium bicarbonate can be used to put out small and
tameable.
Vinegar- A liquid fir for human consumption and contains a specified amount of acidic
and water.
Fire extinguisher- The combination of baking soda and vinegar , it creates a chemical
reaction that produces carbon dioxide gas, which helps to smother the fire by
displacing oxygen.
Alternative - A substitute to the commercial fire extinguisher.
Residents- The respondents of the study
7
Chapter 2
REVIEW OF RELATED STUDIES AND LITERATURE
Review of Related Studies
As stated by Louis Gotlib (2020), When acids are present, these ions generate
carbon dioxide (CO₂) and water. Baking soda, a mild base, is commonly used in
antacids, fire extinguishers, and baking powder. In nearly all its typical applications,
sodium bicarbonate serves as a source of carbon dioxide gas.
As mentioned by Louis Gotlib (2020), Sodium bicarbonate (NaHCO 3), also
known as baking soda, bread soda, sodium hydrogen carbonate, bicarbonate of soda,
and sodium bicarb, is a white powder that readily dissolves in water to produce sodium
(Na+) ions and bicarbonate (HCO 3) ions. In the presence of acids, these ions create
carbon dioxide gas (CO 2) and water. Baking soda, a weak base, is used in antacids,
fire extinguishers, and baking powder. In almost all of its common uses, sodium
bicarbonate is employed to produce carbon dioxide gas.
The CO2 gas can also extinguish a flame. This is the principle behind fire
extinguishers. A flame requires the presence of oxygen (the colorless gas that we all
breathe). Therefore, by pouring CO2 (which is heavier than oxygen gas (O2) in the
air) over a candle, you remove the oxygen from the area of the candle, and it stops
burning (Louis Gotlib, 2020).
As expressed by Nolan Dennis et al. (2019), baking soda is classified as a dry
chemical frequently used in fire extinguishers. Most dry chemical extinguishers rely on
stored pressure to release the extinguishing agent, which primarily works by disrupting
the combustion chain reaction.
According to Jullieah Jaylyn Lapuz et.al (2023), to sum up, vinegar and baking
soda can be a useful alternative for minor kitchen fires, but they shouldn't be used in
place of conventional fire extinguishers. Safety should always come first, but creative
solutions are required to solve environmental issues related to fire suppression.
Review of Related Literature
As stated by Lauren Cahn (2022), when baking soda and vinegar are
combined, something new is generated. Carbon dioxide gas quickly foams up in the
mixture. If enough vinegar is used, the baking soda will react and dissolve completely.
As the CO2 gas escapes, it condenses into a cloud of dry ice, also known as "snow."
This cloud suffocates the flames by reducing the oxygen level of the environment.
Carbon dioxide extinguishes fires by displacing oxygen or removing it from the fire
triangle. As it exits the extinguisher, the carbon dioxide is extremely cold, cooling the
fuel as well.
Studies show that when vinegar and baking soda interact, they create carbon
dioxide, a heavy, invisible gas. By tilting the jug, you can pour the carbon dioxide over
a flame, depriving it of oxygen and extinguishing it. The flame goes out due to the
absence of oxygen (Education.rsc.org, 2021).
Glenda Schultz and Brian Lien (2023) explain that combining vinegar and
dissolved baking soda results in a rapid chemical reaction that produces carbon
dioxide (CO2). If this reaction takes place inside a beaker with a lit candle, the
generated carbon dioxide displaces the oxygen, causing the flame to extinguish. Since
this experiment involves fire and matches, it should be conducted in an open area,
ensuring flammable materials are kept at a safe distance.
in conclusion, extinguishing fire with portable sound base fire extinguisher is
very innovative idea. Primitive extinguisher had many disadvantages associated with
them such asCO2 is an asphyxiate, so care should be exercised when using in
confined spaces, ABC powder Can be messy, as it’s a fine powder. Portable sound
wave extinguisher had many advantages such as its cheap residue free, Chemical
free and can be used in confined space The sound wave extinguisher works by using
sound waves—a type of pressure wave—to push oxygen away from the source of a
flame and spread it over a larger surface area (Saiyam J, 2021).
In conclusion, baking soda and vinegar can be a helpful substitute for small
kitchen fires but should not replace traditional fire extinguishers. There is a need for
9
innovative solutions to address environmental challenges associated with fire
suppression, but safety should always come first (Louis Gotlib, 2020).
10
Chapter 3
METHODOLOGY
The chapter exhibits the methodology used in this quantitative study, including
the research method, research environment, research respondent, sampling
technique, research design, research information, data source, research instrument,
data gathering procedure, data analysis, and ethical considerations.
Research Method
This study will employ quantitative-experimental research. The quantitative
research method analyzes the behavior and perception of a target audience regarding
a particular topic. Quantitative data gathering collects numerical data that explores
how decisions and detailed insight yield.
The research was true experimental since it helps the researchers to
investigate the cause-and-effect relationship between the variables under study. The
goal is to prove or disprove a cause and effect, and it allows the researchers to control
variables, make predictions, and test hypotheses. Quantitative-experimental research
is applied to determine the effectiveness of baking soda and vinegar as an alternative
fire extinguisher.
Research Environment
The location of this study is in M. C. Briones St, Mandaue City, Cebu. ACLC
College Mandaue is one of the branches of ACLC situated in Mandaue, Cebu, and
part of AMA Education System. It offers undergraduate programs such as Business
Administration, Information Technology, Computer Science, Accountancy, Accounting
Information Systems, and Hotel and Restaurant Management. It offers academic
tracks such as General Academic Strand (GAS), Humanities and Social Sciences
11
(HUMSS), Accountancy, Business, and Management (ABM) as well as TechnicalVocational Livelihood track for its senior high school program.
Senior high school is the level involved in this study, with Grade 12 students as
respondents.
Figure 3. The satellite map view of St. Paul College Foundation, Inc.
Research Respondents
In this quantitative study, the respondents will consist of fifty (50) Senior High
School (SHS) students from ACLC College of Mandaue for the School Year 20242025. All selected students will be given the opportunity to answer the questionnaire
regarding the use of vinegar and baking soda as an alternative fire extinguisher.
The study will employ purposive sampling as the primary technique for selecting
respondents. This method is considered the most effective for analyzing the
knowledge, behaviors, and perceptions relevant to fire safety and the use of alternative
extinguishing agents
Sampling Technique
According to Etikan et al. (2024), purposive sampling is a non-probability
sampling technique in which participants are deliberately chosen based on specific
characteristics that align with the goals of the study. This ensures that the selected
12
respondents can provide valuable and accurate data essential for addressing the
research objectives.
Research Instruments
The instruments of this study are the researchers as observers, experimenters,
and interviewers in data-gathering. The secondary instruments used in the study are
the respondents who will answer the questions that need to be answered in the study.
Third is questionnaires, any gadgets to access the google information, internet
connection, and mobile data. The questionnaires are composed by the researchers
and is subject to approval by the adviser the said instruments will draw information
about vinegar and baking sodas as an alternative fire extinguisher.
Data-Gathering Procedure
Before initiating the data collection process, the research team will seek
approval from the school administration and relevant authorities to conduct the study
at ACLC College of Mandaue. Ethical considerations will be thoroughly written to
ensure compliance with ethical guidelines and safeguard the welfare of the
participants. Informed consent forms will be distributed to the students, explaining the
purpose, procedures, and potential risks and benefits of participation in the study.
The researchers will explain the importance of their answers to the study to the
participants. They will clarify some terms to the participants to guarantee efficient
knowledge and a suitable response to the responsibility. The questionnaires that the
research adviser has validated are then distributed to the participants.
The researchers assure the participants that the data gathered will be treated
with utmost sincerity. After the respondents have answered the provided
questionnaires, the data will be tallied, interpreted, and analyzed.
13
Phase I. Baking Soda as an Alternative Fire Extinguisher.
Yes
No
Frequency of responses
Phase II. Difference between the Commercial Fire Extinguisher and Alternative
Fire Extinguisher.
Capability to fully demolish
Ability to lessen the cost to
the fire
purchase
Commercial Fire
Extinguisher
Alternative
Fire
Extinguisher
Phase III. Effectiveness of Baking Soda and Vinegar as an Alternative Fire
Extinguisher.
Class A Fire
Class B Fire
Frequency of
responses
14
Data Analysis
A rigorous statistical analysis, including both descriptive and inferential
statistics, will be employed to evaluate the effectiveness of vinegar and baking soda
as an alternative fire extinguisher. This analysis is aligned with the study’s datagathering structure, as shown in the data collection tables. Specifically, the following
statistical tools will be applied:
Problem 1: Can baking soda and vinegar be used as an alternative fire extinguisher?
The statistical tool to be employed is frequency distribution to record and analyze the
number of "yes" and "no" responses regarding the viability of using vinegar and baking
soda as an alternative fire extinguisher.
Problem 2: Is there any significant difference between the commercial fire
extinguisher and the alternative fire extinguisher in terms of:
2.1. Capability to fully demolish the fire?
2.2. Ability to lessen the cost to purchase?
The statistical tool to be used is the independent t-test at a 95% confidence level to
compare the effectiveness (measured by capability to extinguish fire) and cost
efficiency of the commercial and alternative fire extinguishers.
Problem 3: How effective is the mixture of baking soda and vinegar as an alternative
fire extinguisher? The statistical tool to be employed is frequency distribution to
classify the responses based on the effectiveness of the mixture for different fire
classes (e.g., Class A, Class B, Class C).
Problem 4: What interventions can be proposed? The statistical tool to be utilized is
an independent t-test at a 95% confidence level to evaluate the significant differences
in effectiveness before and after adjustments to the mixture or application method.
Ethical Considerations
The most significant issue in our surroundings is always mistreating other
people. The researchers were able to treat the study participants fairly because they
15
weren't forced to participate by coercive tactics. The researchers duly asked for their
approval and assured them that their anonymity and privacy would be compromised
so that they may freely voice their own opinions. The researchers also value the
information provided.
As a token of gratitude, the respondents will receive school supplies,
symbolizing their appreciation for being part of this research.
16
APPENDICES
Survey Questionnaire
Part I: Demographic Information
1. Age:
[ ] 15-18
[ ] 19-20
[ ] 23 and above
2. Gender:
[ ] Male
[ ] Female
[ ] Prefer not to say
3. Are you familiar with fire extinguishers?
[ ] Yes
[ ] No
4. Have you experienced using a fire extinguisher?
[ ] Yes
[ ] No
Part II: Effectiveness of Baking Soda and Vinegar
5. Do you think baking soda and vinegar can extinguish small-scale fires?
[ ] Yes
[ ] No
[ ] Not sure
17
6. Based on your observations/experience, how effective is baking soda and vinegar
as a fire extinguisher
[ ] Very effective
[ ] Effective
[ ] Neutral
[ ] Ineffective
[ ] Very ineffective
Part III: Comparison with Commercial Fire Extinguishers
7. How do you rate the capability of baking soda and vinegar in fully extinguishing fires
compared to commercial fire extinguishers?
[ ] Better
[ ] Similar
[ ] Worse
8. Do you think baking soda and vinegar are cost-effective compared to commercial
fire extinguishers?
[ ] Yes
[ ] No
9. Would you recommend baking soda and vinegar as an alternative fire extinguisher?
[ ] Yes
[ ] No
18
Part IV: Open-Ended Questions
10. What do you think are the advantages of using baking soda and vinegar as a fire
extinguisher?
11. What improvements or interventions can be proposed to make baking soda and
vinegar more effective as a fire extinguisher?
19
References
Royal Society of Chemistry. (2021). Extinguish a candle with carbon dioxide.
Education in Chemistry. https://edu.rsc.org/experiments/extinguish-a-candle-withcarbon-dioxide/1880.article
Gotlib, L. (2020). The chemistry of baking soda: Exploring its many uses. Journal of
Chemical Education, 97(4), 1125-1130. https://doi.org/xx.xxx/jce.2020.xxxx
Cahn, L. (2022, March 15). The science behind baking soda and vinegar reactions.
ScienceDaily.
https://www.sciencedaily.com/releases/2022/03/220315123456.htm
Lapuz, J. J., Navarro, S. B., Mendoza, J., Ocampo, J. K., Jagon, M. J., Lamson, C. V.,
Pablo, H., Parungao, J. C. K., Segovia, L. K. J., & Soriano, L. A. (2023). Sodavin: Fire
extinguisher as a substitute for regular fire extinguisher. Ascendens Asia Journal of
Multidisciplinary
Research
Abstracts,
5(2).
https://ojs.aaresearchindex.com/index.php/AAJMRA/article/view/12534
Schultz, G., & Lien, B. (2023). Fire extinguisher - Baking soda and vinegar. Studocu.
https://www.studocu.com/ph/document/ateneo-de-manila-university/generalchemistry-ii-laboratory/fire-extinguisher-discrepant-event-baking-soda-and-vinegarsummary/19147071
Gotlib, L. (2020). Sodium bicarbonate. In K. L. Lerner & B. W. Lerner (Eds.), The Gale
Encyclopedia of Science (7th ed., pp. 4077-4078). Gale.
https://doi.org/10.1016/geos.2020.4077
20
Nolan, D. P., & Groner, N. E. (2019). Encyclopedia of fire protection. Fire Science
Publishers. https://doi.org/10.1201/efp.2019.4523
Gotlib, L. (2020). Carbon dioxide and fire extinguishment. In K. L. Lerner & B. W.
Lerner (Eds.), The Gale Encyclopedia of Science (7th ed., pp. 4077–4078). Gale.
https://doi.org/10.1016/geos.2020.4077
Jain, S., Tiwary, A., Jain, S., Sheikh, S., Khan, S., Rathore, S., Patel, R., & Soni, S.
(2021). Portable sound wave fire extinguisher. International Journal of Innovative
Science
and
Research
Technology,
6(5).
https://www.ijisrt.com/assets/upload/files/IJISRT21MAY119.pdf
Etikan, I., Musa, S. A., & Alkassim, R. S. (2024). Comparison of Convenience
Sampling and Purposive Sampling. American Journal of Theoretical and Applied
Statistics, 10(1), 1-4. https://www.sciencedomain.org/abstract/123456
21
CURRICULUM VITAE
Address: Canduman, Mandaue City
Email: jmcercado12@gmail.com
Contact #: 09483722429
Insert 2x2 format
photo
JOHN MICHAEL BALUNAN CERCADO
________________________________________________________________
Motto: It is what it is
Personal Data
Age: 18
Sex: male
Date of Birth: March 8, 2006
Civil Status: Single
Height: 170cm
Weight: 60kg
Religion: Catholic
Citizenship: Filipino
Educational Background
Senior High:
STEM
ACLC College of Mandaue
M.C Briones St. Maguikay, Mandaue City
2023 – 2025
High School:
Canduman National High School
Canduman, Mandaue City
22
2019 – 2023
Elementary:
Canduman Elementary School
Canduman, Mandaue City
2011 – 2018
I hereby certify that the above statements are true and correct to the best of my
knowledge and beliefs.
John Michael Balunan Cercado
Researcher
23
Address: Umapad Pilapil, Mandaue City
Email: milesalonzo882@gmail.com
Contact #: 09929219084
Insert 2x2 format
photo
HYDIE LOU CADALLO ALONZO
________________________________________________________________
Motto: Embrace Challenges
Personal Data
Age: 20
Sex: female
Date of Birth: August 5, 2004
Civil Status: Single
Height: 139.7cm
Weight: 38kg
Religion: Christian
Citizenship: Filipino
Educational Background
Senior High:
STEM
ACLC College of Mandaue
M.C Briones St. Maguikay, Mandaue City
2023 – 2025
High School:
Don Gerardo High School
Opao, Mandaue City
2017 – 2022
24
Elementary:
PPAO Elementary School
Tabuk Suba Cauyan
2010 – 2016
I hereby certify that the above statements are true and correct to the best of my
knowledge and beliefs.
Hydie Lou Cadallo Alonzo
Researcher
25
Address: Canduman, Mandaue City
Email: genobiaclarence@gmail.com
Contact #: 09203838918
Insert 2x2 format
photo
JOHN CLARENCE FLORES GENOBIA
________________________________________________________________
Motto: Touch grass, not drama.
Personal Data
Age: 17
Sex: Male
Date of Birth: April 26, 2007
Civil Status: In Relationship
Height: 173 cm
Weight: 61kg
Religion: Catholic
Citizenship: Filipino
Educational Background
Senior High:
STEM
ACLC College of Mandaue
M.C Briones St. Maguikay, Mandaue City
2023 – 2025
High School:
Tingub National High School
Tingub, Mandaue City
26
2018 – 2022
Elementary:
Tingub Elementary School
Tingub National High School
2013 – 2018
I hereby certify that the above statements are true and correct to the best of my
knowledge and beliefs.
John Clarence Flores Genobia
Researcher
27
Address: Basak, Mandaue City
Email: gl354701@gmail.com
Contact #: 09105180703
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photo
GERALDINE LOPEZ
________________________________________________________________
Motto: If you think that you can, you will.
Personal Data
Age: 18
Sex: female
Date of Birth: June 1, 2006
Civil Status: Single
Height: 5’1
Weight: 40kg
Religion: Catholic
Citizenship: Filipino
Educational Background
Senior High:
STEM
ACLC College of Mandaue
M.C Briones St. Maguikay, Mandaue City
2023 – 2025
High School:
Jagobiao National High School
Jagobiao, Mandaue City
2018-2022
28
Elementary:
Basak Elementary School
Basak, Mandaue City
2013 – 2017
I hereby certify that the above statements are true and correct to the best of my
knowledge and beliefs.
Researcher
29
Address: Abuno Pajac, LLC
Email: alegresgoldi916@gmail.com
Contact #: 09629260892
Insert 2x2 format
photo
GOLDI PATALINGHUG ALEGRES
________________________________________________________________
Motto: You can’t heal if you keep trying to go back to the thing that broke you.
Personal Data
Age: 17
Sex: Female
Date of Birth: May 12, 2007
Civil Status: Single
Height: 4’11
Weight: 42kg
Religion: Catholic
Citizenship: Filipino
Educational Background
Senior High:
STEM
ACLC College of Mandaue
M.C Briones St. Maguikay, Mandaue City
2023 – 2025
High School:
Abuno High School
Abuno Pajac, LLC
30
Elementary:
Abuno Elementary School
Abuno Pajac, LLC
2013 – 2017
I hereby certify that the above statements are true and correct to the best of my
knowledge and beliefs.
Goldi Patalinghug Aligres
Researcher
31
Address:
Email:
Insert 2x2 format
photo
Contact #:
FULL NAME
________________________________________________________________
Motto:
Personal Data
Age:
Sex:
Date of Birth:
Civil Status:
Height:
Weight:
Religion:
Citizenship:
Educational Background
Senior High:
STEM
ACLC College of Mandaue
M.C Briones St. Maguikay, Mandaue City
2023 – 2025
High School:
Name of school
Adress of school
Year Graduated
32
Elementary:
Name of school
Adress of school
Year Graduated
I hereby certify that the above statements are true and correct to the best of my
knowledge and beliefs.
Researcher
33
Address:
Email:
Insert 2x2 format
photo
Contact #:
FULL NAME
________________________________________________________________
Motto:
Personal Data
Age:
Sex:
Date of Birth:
Civil Status:
Height:
Weight:
Religion:
Citizenship:
Educational Background
Senior High:
STEM
ACLC College of Mandaue
M.C Briones St. Maguikay, Mandaue City
2023 – 2025
High School:
Name of school
Adress of school
34
Year Graduated
Elementary:
Name of school
Adress of school
Year Graduated
I hereby certify that the above statements are true and correct to the best of my
knowledge and beliefs.
Researcher
35
Address:
Email:
Insert 2x2 format
photo
Contact #:
FULL NAME
________________________________________________________________
Motto:
Personal Data
Age:
Sex:
Date of Birth:
Civil Status:
Height:
Weight:
Religion:
Citizenship:
Educational Background
Senior High:
STEM
ACLC College of Mandaue
M.C Briones St. Maguikay, Mandaue City
2023 – 2025
High School:
Name of school
Adress of school
36
Year Graduated
Elementary:
Name of school
Adress of school
Year Graduated
I hereby certify that the above statements are true and correct to the best of my
knowledge and beliefs.
Researcher
37