AC 1 Flashcards

1
Q

This is the freedom of man to carve his destiny and to legislate his laws, free from the shakier of a God that monitors and controls.

Man is the captain of his ship, and they see themselves not merely as stewards of the creation but as individuals who
control themselves and the world outside them.

A

Humanism

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2
Q

-Find the meaning of their lives using God as a fulcrum
of their existence.

-They believe in a supernatural reality called ‘heaven’.

-The ultimate basis of happiness for theist is the communion with God.

A

Theism

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3
Q

-The stoics espoused the idea that to generate happiness,
one must learn to distance oneself and be apathetic.

-Apatheia, precisely means to be indifferent.

-Happiness can be only attained by a careful practice of
apathy.

-Adopt the fact that some things are not within our control.

The happiness we can become.

A

Stoicism

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4
Q

“Eat, drink, and, be merry for tomorrow we die.”

A

EPICURUS

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5
Q

-See the end goal of life in acquiring pleasure.

-Pleasure has always been the priority of hedonists.

-Life is about obtaining and indulging in pleasure because
life is limited.

A

Hedonism

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6
Q

They led a school whose primary belief is that the world is made up of and is controlled by the tiny invisible units in the world called atomos or seeds.

A

Democritus and Leucippus

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7
Q

The first materialists were the

A

atomists in Ancient Greece.

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8
Q

-The first materialists were the atomists in Ancient Greece.
-Democritus and Leucippus led a school whose primary belief is that the world
-Democritus and Leucippus led a school whose primary belief is that the world is made up of and is controlled by the tiny invisible units in the world called atomos or seeds.
-Democritus and his disciples the world, including human beings, is made up of matter.
-Atomos simply come together randomly to form the things in the world.
-Matter is what makes us attain happiness.
-We see this at work with most people clinging to material wealth as the primary source of the meaning of their existence.

A

MATERIALISM

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9
Q

Cultivated with habit and discipline as it is not a
one-time deed, but a constant and consistent series of
actions.

A

VIRTUE

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10
Q

Virtue, then, being of two kinds, intellectual and
moral, intellectual virtue in the main owes its birth
and growth to teaching ( for which reason it
requires experience and time) while moral virtue
comes about as a result of habit.

-Virtue is the excellence of character that empowers one
to do and be good.

-Virtue is cultivated with habit and discipline as it is not a
one-time deed, but a constant and consistent series of
actions.

A

NICOMACHEAN ETHICS 2:1

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11
Q

It is the activities that express virtue that control
happiness, and the contrary activities that control its
contrary.

A

NICOMACHEAN ETHICS 1:10

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12
Q

Now such a thing as happiness above all else is held to be;
for this, we choose always for itself and never for the sake of
something else, but honor, pleasure, reason, and every
virtue we choose indeed for themselves, but we choose
them also for the sake of happiness, judging that by means
of them, we shall be happy. Happiness, on the other hand,
no one chooses for anything other than itself.

-Happiness defines a good life.
-It comes from living a life of virtue, a life of
excellence, manifested from the personal to the
global scale.

A

NICOMACHEAN ETHICS 1:4

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13
Q

Both the many and the cultivated call it
happiness, and suppose that living well and doing well
are the same as being happy.

Eudaimonia – “living well and doing well”

eu -“good” + Daimon-“spirit” t= he good life, which is marked
by happiness and excellence

A

NICOMACHEAN ETHICS 1:4

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14
Q

All human activities aim at some good. Every art and
human inquiry, and similarly every action and pursuit, is
thought to aim at some good; and for this reason, the good
has been rightly declared as that at which all things aim.

A

NICOMACHEAN ETHICS 2:2

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15
Q

ancient Greek philosopher whose work
spans from natural philosophy to logic and political theory,
attempted to explain what the good life is.

A

ARISTOTLE

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16
Q

Aristotle’s best-known work on ethics: is the science of the
good for human life, that which is the goal or end at which all
our actions aim. It consists of ten sections, referred to as
books, and is closely related to Aristotle’s Eudemian Ethics.
The work is essential for the interpretation of Aristotelian
ethics.

A

NICOMACHEAN ETHICS

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17
Q
  • One lets nature reveal itself to him/her without forcing it.
A

MEDITATIVE THINKING

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18
Q

One orders and puts a system to nature to be
understood better and controlled.

A

CALCULATIVE THINKING

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19
Q

skills, art, or craft.

A

TECHNE

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20
Q

bringing forth. For Aristotle, it mean making or producing something for a purpose. It is sometimes used to refer to poetry and composition.

A

POIESIS

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21
Q

-unhiddeness or disclosure

A

ALETHEIA

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22
Q

-In his essay “The Questions of Technology” he urges us to
question technology and see beyond people’s common
understanding.
-Technology is a means to an end.
-Technology is a human activity.
-Technology itself is a contrivance – in Latin, an instrumentum.
-urged people to envision technology as a mode of revealing as it shows so much more about the human person and the world.
-put forward the ancient Greek concepts of aletheia, poiesis, and techne.

A

MARTIN HEIDEGGER

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23
Q

-deals with developing students’ understanding and appreciation of scientific ideas and scientific works.
-focuses on the preparation of science teachers, scientists, engineers, and other professionals in various science-related fields

A

TERTIARY EDUCATION

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24
Q

science education helps students learn important concepts and facts related to everyday life

A

BASIC EDUCATION

25
Q

expresses that science is going to be one of
the most important school subjects in the future.

A

MARX

26
Q

“getting deeper into the discourse
of science education, stressed the importance of utilizing the
natural environment to teach students.”

A

JOHN DEWEY

27
Q

-focuses on teaching, learning, and understanding science.
-exploring pedagogical theories and models
-includes both pedagogy and the interesting aspect,

A

SCIENCE EDUCATION

28
Q

His research in the field of communications technology.
Filipino inventor of analog messaging in sending messages using Fiber Optics and Digitalization for its processing. His patent is called Stress bimorph mems switches and methods of making same.

A

GREGORY LIGOT TANGONAN, Ph.D

29
Q

educator and graph theorist.

A

MARI-JO PANGANIBAN RUIZ, Ph.D

30
Q

For researching plant biotechnology is aFilipinoscientist who discovered a breed ofcalamansiand seedlesspomeloand discoveredmicropropagationwhich established thebananaindustry in the Philippines. She is also an inventor of leaf-bud cutting incassava.

A

LILIAN FORMALEJO PATEÑA

31
Q

Is a Filipino physician noted for his pediatric research and medicine studies. Dr. Enrique Ostrea is a neonatologist in Detroit, Michigan, and is affiliated with multiple hospitals in the area, including Children’s Hospital of Michigan and DMC Harper University Hospital.

A

ENRIQUE MAPUA OSTREA JR., M.D

32
Q

NATIONAL SCIENTIST AND FOR HIS RESEARCH ON TILAPIA CULTURE

A

RAFAEL DINEROS GUERERRO III, Ph.D

33
Q

For his research on herbal medicine
Dr. Dayrit’s research interests include natural product chemistry and environmental chemistry. For natural products, he studies various aspects of the quality of virgin coconut oil.
Current research is the potential use of virgin coconut oil (VCO) against Alzheimer’s disease.

A

FABIAN MILLAR DAYRIT, Ph.D.

34
Q

NATIONAL SCIENTIST AND FILIPINO BIOCHEMIST
Notable for her research on sea snail venom.

A

LOURDES JANSUY CRUZ, Ph.D

35
Q

known internationally in the field of electrical engineering, was elected as an officer of the famous Institute of Electrical and Electronic Engineering

A

JOSE BEJAR CRUZ JR. Ph.D

36
Q

For his work on observing the characteristics of Antarctica by using satellite images.

A

JOSEFINO CASAS COMISO

37
Q

NATIONAL SCIENTIST AND FATHER OF HORTICULTURAL MANGO TREES

A

RAMON CABANOS BARBA, Ph.D

38
Q

NATIONAL SCIENTIST AND A NATURAL PRODUCTS RESEARCHER WHO EXTRACTED ESSENTIAL OILS FROM THE PHILIPPINES PLANTS

A

LUZ OLIVEROS-BELARDO, Ph.D

39
Q

NATIONAL SCIENTIST AND PIONEER IN RICE FARMING

A

BENITO S. VERGARA, Ph.D

40
Q

NATIONAL SCIENTIST AND FOREMOST FILIPINO ENTOMOLOGIST

A

CLARE R. BALTAZAR, Ph.D

41
Q

AN AWARD-WINNING NATIONAL SCIENTIST AND A PROLIFIC RESEARCHER

A

CLARA Y. LIM-SYLIANCO, Ph.D.

42
Q

NATIONAL SCIENTIST AND FATHER OF PHILIPPINES PLANT BREEDING

A

DIOSCORO L. UMALI, Ph.D

43
Q

NATIONAL SCIENTIST AND FATHER OF PHYCOLOGY IN THE PHILIPPINES

A

GREGORIO T. VELASQUEZ, Ph.D

44
Q

NATIONAL SCIENTIST AND FATHER OF MODERN PHILIPPINE OPTHALMOLOGY
-His innovative design of the corneal dissector

A

GEMINIANO T. DE OCAMPO, Ph.D

45
Q

NATIONAL SCIENTIST AND FATHER OF PSYCHOLOGY IN THE PHILIPPINES

A

ALFREDO V. LAGMAY, Ph.D

46
Q

NATIONAL SCIENTIST AND THE FATHER OF SEAWEED DIVERSITY

A

GAVINO TRONO, Ph.D

47
Q

NATIONAL SCIENTIST AND AN EXPERT IN CONSERVATION BIOLOGY

A

EDGARDO D. GOMEZ, Ph.D

48
Q

NATIONAL SCIENTIST AND FATHER OF VIDEO CONFERENCING

A

GREGORIO Y. ZARA, D.SC

49
Q

NATIONAL SCIENTIST AND A PIONEER IN THE CHILD HEALTHCARE SYSTEM AND FILIPINO MEDICAL DOCTOR

A

FE DEL MUNDO, M.D

50
Q

-Protecting, and conserving biodiversity
-Use of biosafety and standard model by ASEAN countries

A

Biological Sciences, Agriculture and Forestry

51
Q

-Compliance with the ASEAN standards when it comes to drug manufacturing firms by FDA
- Evidence-based research of food and drug agencies
-Legislating law supporting the human genome project

A

Medical, Chemical, and Pharmaceutical Sciences

52
Q

-Degrees, licenses, and employment opportunities
-Review of RA 9184 (Government Procurement Act)

A

Physics, Engineering and Industrial Research, Earth and Space Science and Mathematics

53
Q

-ASEAN goals implied in the basic education
-Use of mother tongue
-Developing school infrastructure and providing ICT broadband
-Local food security

A

Social Sciences, Humanities, Education, International Policies and Governance

54
Q
  • After achieving independence from the colonial masters, the Philippines, under different administrations, continued to pursue programs in science and technology. Each leadership had its own science and technology agenda.
  • However, it is important to note that some Philippines presidents introduced more developments in the field than others.
    -Focused on using limited resources to improve science and technology.
    -Explored the use of Overseas Development Allocations (ODA) to help the country improve its scientific productivity and technological capability.
A

POST-COLONIAL PERIOD

55
Q
  • the war destabilized the development of the country in many ways.
    -Institutions and public facilities were destroyed.
    -The reparation funds focused on building some institutions and public facilities like schools, hospitals, and transportation systems.
  • The reparation money from Japan was also concentrated on building highways and in technological training and human resource development in the country.
A

COLONIAL PERIOD (WWII)

56
Q

-The American colonial rule modernized almost all aspects of life in the country. They established the Bureau of Science to initiate the development in the field of Science and Technology.
-Establish the public educational system.
-Established a modern research university, the University of
the Philippines, and more public hospitals.
- Transportation and communication systems were improved.
- Researches were done to control malaria, cholera, tuberculosis, and other tropical diseases.

A

COLONIAL PERIOD (AMERICAN ERA)

57
Q

-Spanish colonization paved the way for modern means of construction.
-Roads, bridges, churches, and other large infrastructures were built with more sophistication using some engineering skills and tools brought by the Spaniards.
-In addition, Spanish colonizers developed the health and educational system in the country.
- Establish schools for boys and girls.
-Introduced the concept of subjects and disciplines.
-Beginning of formal science and technology in the country
-Life become slowly modernized.
-Medicine and advanced science were introduced in formal colleges and universities
- superstitious beliefs and catholic doctrines and practices halted the growth of science.

A

COLONIAL PERIOD (SPANISH ERA)

58
Q
  • Even before Spain colonized the country, some indigenous science and technology existed regarding agriculture like farming, animal-raising, and using plants and herbs as medicines.
  • The use of technology is evident in handicrafts, pottery, weaving, and tools used by ancient Filipinos in their everyday life.
  • Innovation and ingenuity were unmistakable in the way native Filipinos built the rice terraces by hand. They also developed tools for planting, hunting, cooking, fishing, also of fighting enemies during tribal conflict, and for transportation on land and water.
    -Science is also observed in the way they interpret the movements of heavenly bodies to predict seasons and climates, and in organizing days into months and years.
    -The ancient practices in science and technology by our ancestors are now considered indigenous science or folk science.
    -Science is also used in preparing soil for agricultural purposes.
    -Tools were developed for building houses, irrigation, planting, hunting, cooking, fishing, fighting enemies, and making musical instruments
A

PRE-COLONIAL PERIOD

59
Q
A