WorksheetsTechnology and Human Behavior Worksheet
Total questions: 60
Worksheet time: 30mins
According to Goldman (2020), which of the following describes the relationship between technology and human behavior?
Technology alters how we can behave.
Technology dictates the moral boundaries of behavior.
Technology establishes the societal need for new behaviors.
Technology drives the development of diverse cultural behaviors.
What is the approximate time range that defines the Stone Age, according to the provided text?
From 3300 B.C. to 1200 B.C.
From 40,000 years ago until 3300 B.C.
From 1200 B.C. with the collapse of the Mycenaean civilization.
Began about 2.6 million years ago and lasted until about 3,300 B.C.
Which innovation, described as a military development, was a distinguishing feature of the Bronze Age?
Iron Swords
Stone Cannon Balls
Carp's Tongue Sword
Sickle Sword
Which of the following materials was the first proper Umbrella developed by the Egyptians for protection against rain specifically identified as?
High strength silk fabric.
Parasols
Cypress and sesame oil mixture.
Water reed fiber
What was the primary function of the invention known as Hammerstones during the Stone Age, besides grinding clay into pigment?
To shape wood for use in making the earliest chariots.
To serve as early trail markers for use in creating petroglyphs.
To be used as a blunt weapon in the Stone Age wars.
To chip other stones into sharp-edged flakes.
A historian is studying the shift from cavalry warfare to mechanized divisions. Given the timeline of the Modern Age (post-WWI to pre-Digital Revolution), this transition best exemplifies which characteristic of the era?
The end of human reliance on organic power sources.
The influence of political instability on societal organization.
The rapid decline in non-technical military occupations.
The improvement of contemporary weapons and technologies in the midst of conflict.
A government committee is tasked with identifying historical periods known for "unstability and ravages" linked to technological advancement. Which event most directly corresponds to the unstable and destructive aspects of the Modern Age?
The development and use of weapons during the Second World War.
The invention of the printing press leading to social unrest.
The widespread adoption of the Internet and its effect on communication.
The beginning of the Industrial Revolution and factory pollution.
A contemporary analyst observes that today's mobile phones allow people to access information and communicate instantaneously worldwide. Why would this scenario NOT strictly be classified as part of the "Modern Age"?
The instantaneous nature of communication reduces the instability.
It is a product of the Digital Revolution, which is explicitly noted as ending the Modern Age.
It does not involve the improvement of contemporary weapons or military technology.
The scale of the technology is global, exceeding the typical scope of the Modern Age.
A scientist proposes a new theoretical framework that combines physics and biology to explore life's origins. If the pursuit of scientific inquiry is a driver of technology, which outcome would be a direct Application of this relationship during the Modern Age?
The subsequent development of laboratory equipment to test the new framework.
Society demanding immediate, commercial use for the new framework.
The framework replacing all previous scientific understanding.
The global community debating the philosophical implications of the framework.
A museum curator is arranging exhibits chronologically. They place a display detailing the first widespread use of commercial radio broadcasting. Based on the chronological markers, where would this exhibit most appropriately be placed?
In the Bronze Age exhibit, showing early forms of large-scale communication.
After the Digital Revolution exhibit, as it is a form of electronic media.
In the Iron Age exhibit, due to the use of iron in early transmitters.
Within the Modern Age section, as it fits between the two world wars and pre-digital era.
An educator teaches a lesson on how technology "alters how we can behave." Which Modern Age example best illustrates this concept through a change in logistics and supply?
The use of the spinning wheel to make clothing faster.
The development of advanced agricultural techniques.
The standardization of shipping containers to facilitate global trade routes.
The shift from using stone chisels to metal tools for carving.
A modern military strategist is studying the impact of destructive technology on the global political landscape. It highlights the "improvement of contemporary weapons" during the Modern Age. If a nation developed a jet-powered bomber that revolutionized long-distance attacks, what is the applied outcome of this type of technological improvement during the era of the World Wars?
A. A prolonged period of peace and stability due to the "balance of terror."
B. A return to less destructive, non-technical forms of warfare.
C. A move into a "more technical, but more destructive age."
D. The immediate and permanent end of global conflict and instability.
A researcher wants to classify a series of historical developments. They find a record of an invention that was patented in 1995, detailing the first portable digital media player. Under the provided historical period framework, why is this development unsuitable for the "Modern Age" classification?
The invention does not relate to contemporary weapons or war.
It was not developed in the period following the First World War.
The technology is too simple to be considered a significant modern invention.
It falls under the Digital Revolution, which succeeded the Modern Age.
The Modern Age began after the end of the First World War. If a scholar is studying the Application of post-WWI technology to civilian life, which area would they most likely focus on, given the context of industrialization and scientific insight?
The adaptation of mass-production techniques for the manufacturing of automobiles.
The design of primitive hand axes for early exploration.
The invention of the pin tumbler lock for home security.
The use of a simple pottery wheel for household ceramics.
Which statement best explains the shift from Phase 1 to Phase 2?
The importation of Chinese porcelain directly led to the abandonment of local pottery and a focus on metal ornamentation.
The earlier mastery of basic metallurgy (Phase 1) provided the prerequisite knowledge for the more specialized, large-scale, and diverse activities of the Iron Age (Phase 2).
The Iron Age only began because local iron ores were exhausted, necessitating the immediate and exclusive importation of cast iron.
The invention of the caracoa in Phase 1 created a demand for iron that local smelting could not meet, thus starting the Iron Age.
Science: Interpreting heavenly bodies to predict seasons/climates, preparing soil for agriculture, finding medicinal uses of plants. Technology: Building houses, irrigations, tools for planting, hunting, cooking, and fishing, and building boats for trade. Invention Context: Curative values of plants, system of writing, counting, and using the moon for years/harvests. The collected evidence most strongly suggests that the earliest scientific and technological practices of Filipinos were fundamentally driven by:
A. A philosophical pursuit of knowledge and the artistic expression of natural phenomena.
B. The essential need for self-sufficiency, sustenance, and organizing communal life within the natural environment.
C. The goal of military superiority and defense against potential invaders from neighboring Asian mainlands.
D. The commercial mandate to establish complex, large-scale international trade systems with China and Vietnam.
Based on the evidence, what is the most logical conclusion about the nature of Filipino technological development and trade during this period?
Filipinos only traded raw materials, indicating that they possessed minimal technological sophistication compared to their trading partners.
The trade primarily functioned to acquire high-tech military hardware necessary for defending the newly built caracoas.
What is the specific term coined by Joseph Schumpeter to describe the economic process where new innovations continuously replace and destroy older methods?
Knowledge Industry Shift
Supranational Government
Industrial Mutation
Creative Destruction
Which year is explicitly stated as the publication date for Charles Darwin's highly influential book, The Origin of Species?
1589
1859
1455
2012
Which ancient form of communication is cited as marking the very beginning of the Information Revolution?
The invention of the printing press.
The adoption of the typewriter and telegraph.
Sumerian pictographs.
The introduction of digital technology.
A modern-day scientist observes a distant exoplanet orbiting a star other than the Sun. Which principle, established during the Copernican Revolution, is the scientist fundamentally applying to structure their observations and calculations?
The heliocentric model, which places the observed star system at the center of the local orbits.
The geocentric belief that all planetary orbits are perfect circles.
The principle that Earth's position in the cosmos is unique and central.
The idea that a telescope is required for any verifiable celestial data.
A person is intensely thirsty and spots an unattended bottle of water on a co-worker's desk. They know their co-worker will not return for hours. According to Freud's model of personality, which component is dominant if the person instantly grabs the bottle and drinks it without considering the consequences?
The Superego
The Ego
The Id
The psychoanalytic method
A politician uses a controversial new communication platform to spread information, bypassing traditional media. This new method is met with public shock because it contradicts established religious teachings about how society should communicate. This societal reaction is most analogous to the public's initial opposition to which historical event?
The moment when Freud popularized the concept of human sexuality in psychology.
The shift in employment from manual labor to knowledge-based work.
The Catholic Church's eventual acceptance of the Copernican paradigm.
Nicolaus Copernicus's proposal of heliocentrism.
A school counselor is working with a student struggling to choose between joining a peer group that engages in mild rule-breaking (immediate satisfaction) and studying for a scholarship (long-term goal). The counselor encourages the student to weigh the pros and cons and devise a balanced, realistic plan. The counselor's intervention is an attempt to strengthen which of Freud's personality components?
The Id
The Ego
The Superego
The psychoanalytic method
Prior to Copernicus, the accepted Ptolemaic model (geocentrism) was used by ancient philosophers to explain the daily existence of days and nights by the revolution of the Sun and Moon around the Earth. If a modern-day school still taught this geocentric model, what incorrect observation about celestial movement would be the most difficult to apply and explain logically?
The consistent pattern of tides caused by the Moon.
The observed simplification of planetary orbits into ellipses when viewed from the Sun's perspective.
The seasonal variation in the visible constellations throughout the year.
The apparent circular path of the Sun across the sky each day.
An "intellectual revolution" is a period of extensively embraced paradigm shifts in scientific views. Considering the role of a future educator in promoting scientific inquiry, which statement provides the strongest justification for teaching students about these revolutions?
These shifts demonstrate that science is a dynamic, self-correcting method of problem-solving, which is essential for cultivating critical thinking and innovation in the community.
Focusing on "magnanimous changes" ensures students can differentiate between historical scientific facts and modern technological advancements.
Studying paradigm shifts is necessary to ensure students prioritize curiosity over innovation as the core motivation for future scientific endeavor.
Knowing the history of scientific upheaval provides students with a detailed understanding of how technology creates community problems.
Which specific mathematical invention is attributed to the Mayans, independent of the Romans?
The use of a base-10 numerical system.
The calculation of the circumference of Earth.
The introduction of complex algebraic notation.
The concept of zero and positional value.
The Inca Civilization's method for storing records was called quipu. What material was this system primarily composed of?
Stone slabs carved with hieroglyphics.
Knotted ropes.
Woven textiles with mica.
Baked clay tablets.
The Mayans are noted for having used which two technological developments 3,000 years before a major figure in its commercialization?
The manufacture of rubber products.
The construction of stone-paved roads.
The invention of the canoe.
The development of sophisticated looms for weaving.
In the Aztec Civilization, which item was highly valued as a form of currency in Mayan society and used by the Aztecs to pay homage to their gods?
Antispasmodic medication.
The chinampa agricultural plot.
Cacao beans
Intricately woven textiles.
What was the primary function of the hydraulics system with complex waterways constructed by the Mayans?
To operate simple machines in their manufacturing workshops.
To power their two complex calendar systems.
To supply water to several towns.
To construct temples and holy monuments for astronomical observation.
A contemporary engineer is tasked with designing a new, large-scale public work that must incorporate highly accurate dimensional standards for its construction materials. Which contribution from the Indian subcontinent would the engineer be applying as a foundational precedent for this task?
The use of the Ayurveda system for worker wellness during construction.
The implementation of trigonometric functions for structural angles.
The standardization of length measuring, exemplified by the Mohenjodaro ruler.
The theory of a 360-day year divided into twelve equal sections for project scheduling.
A modern research team is attempting to validate the efficacy of a new herbal compound for muscle pain relief through a structured experiment. The team includes a control group and a treatment group. This methodological approach directly applies the pioneering work in which specific field established by Ibn Sina?
The empirical demonstration of the light intromission theory.
The principles of the al-jabr algebraic system.
The discovery of the contagious nature of infectious diseases.
The development of clinical trials and experimental medicine.
A modern physicist seeks to create a new model for non-reflective optical lenses by studying how light interacts with materials rather than just thinking about the properties of light. This approach of prioritizing experimental observation over simple theoretical thought applies the core scientific philosophy of which historical group?
Ancient Greek philosophers, by using geometry to model light.
Muslim scientists during the Golden Age, by placing higher priority on science experiments.
Chinese astronomers, by meticulously recording celestial events.
Indian mathematicians, by developing trigonometric functions.
A company specializing in advanced ceramic coatings is utilizing an iron alloy that is exceptionally resistant to rust and heat. In seeking to emphasize the historical prestige of their material, they cite the ancient reputation of which civilization's metallurgical work?
India's reputation for having the best and most valuable iron steel in the Roman Empire.
The Middle Eastern scholars' development of the scientific method.
China's invention of the iron plough for agricultural use.
Aryabhata's algebraic algorithms applied to metal composition.
A meteorologist is developing a disaster preparedness plan for a city situated near a major fault line. To improve the plan's early warning system, they incorporate ancient knowledge about predicting seismic events. Which specific Chinese invention would they be directly applying to this task?
The invention of the dry dock facility for structural stability.
The use of a magnetic compass for directional mapping.
The extensive records on lunar and solar eclipses for long-term prediction.
The design of the first seismological detector.
An educator is constructing a curriculum on the history of notation and symbolic representation in mathematics. They teach students how to solve an equation containing a variable and then introduce the use of a decimal point for precise calculation. Which two Middle Eastern mathematical contributions are being applied in this lesson?
The origin of the term "algebra" and the introduction of decimal point notation.
The implementation of trigonometry and the standardization of length measurement.
The concept of the algorithm and the use of the Sanskrit language.
The development of experimental trials and the concept of zero.
A company is developing a new line of wellness products and branding them to emphasize a time-honored, holistic approach to health. Which system of traditional medicine are they directly applying to their marketing concept?
The Chinese practice of Acupuncture to realign the body's energy flow.
Ayurveda, the traditional medicine system from ancient India.
The medical works of Ibn Sina, focused on clinical trials.
Jabir ibn Hayyan's methods from the field of chemistry.
A city planner is designing a major new canal system intended to dramatically improve internal commerce and agricultural logistics. The innovation they are applying to this task is structurally similar to which Chinese invention?
The principle used in the first seismological detector.
The process of papermaking and printing equipment.
The technology utilized in bridge models and dry dock facilities.
The theory behind supernovas and comets.
A contemporary researcher is using the common Arabic language to access ancient Greek scientific texts translated and preserved during the Middle Ages. In doing so, the researcher is leveraging which specific catalyst for the flourishing of Muslim scholarship during the Golden Age?
The higher priority placed on empirical experimentation.
The introduction of the concept of the algorithm and algebra.
The invention of the magnetic compass for oceanic trade and cultural exchange.
The use of Arabic as a common language and access to Greek books from the Byzantine Empire.
Analyze the underlying cause-and-effect relationship that led to the development of geometry in Ancient Egypt.
The inherent difficulty of performing arithmetic with the Lebombo Bone necessitated a simpler system of land calculation.
The need to refine iron from ores drove mathematical advancements for structural integrity in architecture.
The observation of lunar, solar, and stellar calendars required geometry to calculate celestial movement for planting and harvesting.
The essential practical requirement to accurately maintain the layout and ownership boundaries of farmlands along the volatile Nile River directly stimulated its development.
Evaluate the resemblance between the early African medical practices of inspection, diagnosis, treatment, and prognosis, and the basic empirical approach of scientific research.
The resemblance is superficial because African medicine was exclusively focused on pharmacology, not observation and hypothesis.
It suggests that African medicine was purely mystical, as it attempted to find the elixir of life through alchemy.
The resemblance is weak because the methods lacked the common language and Greek texts that fueled the Muslim Golden Age.
The strong resemblance indicates that early African medical methodologically mirrored the systematic, evidence-based steps of observation and testing characteristic of empirical science.
Contrast the function of the Lebombo Bone with the astronomical knowledge of early Africans, and infer the similarity in their utility.
The bone was used exclusively for division and multiplication, while astronomy was solely for predicting eclipses, making their utilities different (arithmetic vs. foresight).
The bone was primarily used to study human anatomy, while the calendars were used to track mineral resources, making their uses unrelated (biology vs. geology).
Both the bone (potentially a six-month lunar calendar) and the astronomical calendars (lunar/solar/stellar) served the fundamental practical purpose of managing time, cycles, and resource allocation.
Both artifacts were mainly employed in the construction of spectacular structures and houses, indicating a primary utility in early African engineering.
Which specific scientific mechanism is used by the Sustainable Alternative Lighting (SALt) lamp, according to its inventor?
The principle of chemical combustion, producing a small carbon footprint.
The technology of a five-kilowatt electric motor connected to an energy cell.
The chemical conversion of energy, similar to a Galvanic cell but using a saline solution.
The harnessing of kinetic energy through a three-bladed propeller.
What is the specialized function of the Salamander Tricycle, as designed by H2O Technologies?
To serve as an amphibious tricycle capable of operating both on the road and in flood-prone areas.
To be an environmentally friendly vehicle that runs exclusively on a saltwater solution.
To provide a high-speed transportation option on water using a 250cc gasoline engine.
To orbit the Earth and capture images for state-wide mapping and risk management.
According to the text, which individual is credited with inventing the Sustainable Alternative Lighting (SALt) lamp?
Atoy Llave
Aisa Mijeno
Dominic Chung
Eduardo San Juan
A newly established, locally-owned micro-enterprise that produces artisanal electronic components is struggling to meet international quality standards and needs to upgrade its machinery. Which Philippine government program should this enterprise apply to for direct technical assistance and equipment financing?
SETUP (Small and Medium Enterprise Technology Upgrading Program), as its core mandate is to support SMEs in improving operations and competitiveness through technology.
The Balik Scientist Act (RA 11035), to hire a foreign-trained Filipino engineer to lead the product redesign.
The RA 7687 Scholarship Program, to recruit five new engineering graduates to work on the production line.
PhilSA (Philippine Space Agency), to use satellite imagery for monitoring the global market demand.
A Filipino physician practicing in a remote, low-resource provincial clinic needs a reliable, inexpensive method to keep premature newborns warm without access to a standard electric incubator. The physician decides to implement the technology developed by Dr. Fe Del Mundo. The physician is applying the principle of:
Using a kerosene lamp as a heat source to leverage the lack of harmful emissions.
Building the Children's Medical Center as a decentralized, 100-bed facility in the rural area.
Utilizing improvised, simple, and readily available materials like bamboo to create a functional, non-electric thermal environment.
Selling their house to fund the purchase of a sophisticated jaundice treatment gadget.
A highly-trained Filipino scientist, currently working at a European research institute on a breakthrough in renewable energy technology, wishes to return home to serve the Philippines for a limited, paid engagement. Which national policy should this scientist and the receiving institution apply to streamline this collaboration and knowledge transfer?
The RA 7687 Scholarship Program
The Doppler Radars Program
The PhilSA mandate
The Balik Scientist Act (RA 11035)
Before video conferencing became commonplace in the digital age, Gregorio Zara invented the TV-telephone system (photo phone signal separation network). If a technology company in the mid-1950s had attempted to market a commercial product based on Zara’s design, what major challenge, evident in the text’s description of AT&T’s later attempt, would they have had to apply a solution to for initial success?
The lack of readily available coconut oil to power the device, making it unviable.
The issue of public perception and finding a practical, marketable application that overcame the "unworkable" label of early videophone systems.
A high school student from a disadvantaged background, showing exceptional promise in electronics and engineering, is looking for financial aid to pursue an undergraduate degree in a technical field at a state university. Which specific government program or foundation's mission should the student seek to apply to?
The Science and Technology Scholarship Act (RA 7687) or the Dado Banatao Educational Foundation
The Maya Farms Model
The H2O Technologies' Salamander project
The Baler Doppler Radar project
The Philippines aims to lower electricity prices and meet its COP 21 climate change obligations. Based on the strategic projects outlined, which action would likely be the most effective to achieve this critical dual challenge?
Investigating breakthrough technologies for Renewable energy that enable high electricity yields in limited space and reduce reliance on natural resources.
Allocating more research funds solely to the regional universities where food production must be immediately increased.
Increasing the participation of scientists and engineers to resuscitate basic industries, such as the steel sector.
Strengthening the Balik Scientist Program as the primary mechanism for transferring overseas technology to the regions.
Which statement best interprets the goal of Learning Science?
To prioritize the memorization of scientific facts and concepts for use in tertiary education.
To develop new pedagogical models that allow teachers to efficiently teach abstract scientific concepts.
To assist students in both grasping the instructional methods of science (pedagogy) and fostering a genuine appreciation for the subject.
To ensure every student immediately commits to a science-related career field after basic education.
Which concept summarizes the essential outcome of Understanding Science in the context of daily life?
The exclusive use of the natural environment, as emphasized by John Dewey, to create physical impulses for thought.
The development of advanced critical thinking abilities without the need for specific factual knowledge.
The continuous creation of new scientific knowledge to justify the existence of science education.
The utilization of science literacy and the application of science-process skills to comprehend the natural world and everyday activities.
The distinction between Science Education in Basic Education and Tertiary Education lies primarily in their respective focuses. How is the tertiary focus characterized in comparison to the basic education focus?
Basic Education focuses on achieving science literacy in the general population, while Tertiary Education focuses on encouraging good attitudes toward science.
Tertiary Education focuses on solving daily life problems through process skills, while Basic Education focuses on making a long-term investment in the country's development.
Tertiary Education focuses on deep appreciation, specialized training for future professionals (scientists, engineers), and providing scholarships, while Basic Education focuses on foundational facts, life skills, and developing positive attitudes.
Basic Education focuses on improving students' comprehension of scientific ideas, while Tertiary Education focuses solely on the inclusion of basic scientific classes in the General Education program.
A contemporary ethnobotanist is conducting fieldwork in a remote Philippine province and discovers that a local community uses a specific tree bark to reduce fever. To validate this practice, the ethnobotanist decides to submit the bark for chemical analysis. This action is a direct application of which relationship?
Using Indigenous Science (herbal medicine/traditional beliefs) as the foundation for modern scientific research (chemical analysis/drug development).
Applying the method of tawas to chemically determine the exact cause and nature of the fever.
Treating the local use as a purely imaginative superstitious belief that requires immediate scientific debunking.
Classifying the soil type where the tree grows to determine its agricultural suitability for mass planting.
A disaster relief team in a remote, flood-isolated area needs to ensure a week's supply of fresh fish remains safe to eat without electricity or ice. Based on the indigenous science of food preservation, which technique is the team best applying to prevent microbial activity in the food?
Salting and drying the fish thoroughly, as removing water is the oldest method to inhibit microbial activity.
Fermenting the fish and storing it in a warm, insulated area to speed up decomposition.
Utilizing a localized Hilot massage technique on the fish to treat any pre-existing contamination.
Packaging the fish in a two-disk, axle-and-string toy to protect it during transport.
An entrepreneur wants to develop a locally-sourced, plant-based skin cream to treat common dermatological growths like warts. Drawing inspiration from the invention of Rolando dela Cruz, which core principle should the entrepreneur apply to ensure the product is both effective and aligns with indigenous technology success?
Developing a cream that can only be sold under a US pharmaceutical company patent to ensure international market success.
Designing a process to classify the soil where the treatment plants grow using early Filipino agricultural criteria.
Isolating active compounds from a locally available natural source (like the cashew) to develop a painless, effective treatment for a medical condition.
Creating an antibiotic for upper respiratory tract infections, since skin treatments are no longer considered indigenous technology.
A modern farmer is preparing a new tract of land and observes the soil features, noting its color, texture, and location near a water source to determine the best crops and maintenance practices. The farmer is primarily applying which fundamental indigenous scientific practice of early Filipinos?
The ancient technology of developing a two-disk toy to defend the land against intrusion.
Interpreting the behavior of cows and squirrels in the area to accurately predict the seasonal weather conditions.
Employing the technique of Tuli on the land to commemorate its readiness for agriculture.
Classifying the soil resources based on experienced observation to determine its optimum usage and management strategies.
The Philippine Science High School System (PSHSS) and the Manila Science High School (MSHS) both share the goal of preparing gifted students for a career in science while also including humanities and fostering a "soul" (Science/Humanities) in achieving the country's need for a scientifically literate workforce. Evaluate which statement best assesses the ultimate effectiveness of this dual focus.
The dual focus is ineffective because the inclusion of humanities distracts from the rigorous math and science required to compete globally, diluting the specialization necessary for technical careers.
The dual focus is highly effective because it cultivates specialized scientific talent (PSHSS/MSHS mission) while ensuring graduates have the holistic, ethical perspective ("soul") required to apply technology responsibly to societal challenges.
The MSHS model, with its humanities classes, is superior to the PSHSS model because a "scientific brain" is secondary to the development of a well-rounded personality in modern research.
The SSES project, with its longer science periods, is more effective than the high school programs because instilling a science culture early on is the sole determining factor for future scientific excellence.
