BSC150 Flashcards

1
Q

What is the key principle of Platos rationalist view of knowledge?
A) Platos rationalism stated that nothing could be proven by thought or observation, and that the world we live in could be imaginary.
B) Platos approach to rational knowledge was that it could be obtained only by quiet meditation, during which knowledge would come to him from the whole of the universe.
C) Platos rationalism stated that knowledge is innate (present at birth), and can be found through logic and reasoning.
D) Platos form of rationalism claimed that the world is so complex, the only rational explanation was that it had been created by an all-powerful being or God.
E) Plato claimed that all knowledge must come from direct experience of the world around us.

A

Correct answer: C - Platos rationalism stated that knowledge is innate (present at birth), and can be found through logic and reasoning.
Plato was a rationalist, and considered that knowledge was innate (given at birth) and comes from within.
While Aristotle was an empiricist, who believed knowledge came from examining with ours sense around us.

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2
Q

What is the main advantage of mysticism as a pathway to knowledge?
A) Mystical knowledge can easily be tested and confirmed by others directly.
B) Mysticism accepts only knowledge that has been confirmed under numerous different conditions by many different people.
C) Mysticism involves a process of debating the views of other people to arrive at the most rational conclusion.
D) Mysticism draws on personal experience, so knowledge may feel more personally satisfying.
E) Mysticism is a religious form of knowledge, and so its practices and rules are well-defined in religious texts.

A

The correct answer: D - Mysticism draws on personal experience, so knowledge may feel more personally satisfying.
Mysticism is often involved or associated with crystal power, witchcraft, typically involving unusual experiences or states of mind/awareness.

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3
Q

What is ‘epistemology’?
A) The interpretation of ancient texts.
B) A disease, claimed by conspiracy theorists to be curable, although drug companies kept this a secret to maintain profits.
C) The radical doubting of all things.
D) The belief in divine power who knows all things.
E) The theory of how we know things.

A

The correct answer: E - The theory of how we know things.

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4
Q

What is the major point of difference between Platos rationalist approach to knowledge and Aristotle empirical approach?
A) Plato preferred to gain knowledge by direct observations of the natural world. Aristotle argued that examining the world through our senses is unreliable.
B) Aristotle argued that experience of real objects and events is necessary for building valid knowledge. In contrast, Plato argued that direct experience from our senses could be misleading, and knowledge should be derived from logic and reasoning alone.
C) Aristotle used only mathematical proof to Aquire knowledge, while Plato used his own senses to gain knowledge by observing he said was the ‘real’ world.
D) Plato argued that he could doubt the existence of everything except his own mind, whereas Aristotle claimed that this was nonsensical.

A

The correct answer: B - Aristotle argued that experience of real objects and events is necessary for building valid knowledge. In contrast, Plato argued that direct experience from our senses could be misleading, and knowledge should be derived from logic and reasoning alone.

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5
Q

Which of the following represents a major difference between the empirical and the religious pathways to knowledge?
A) Scientists taking the empirical approach can be corrupted by fame and funding, whereas religious authorities cannot be corrupted.
B) Believing the world of authority figures plays a central role in the religious pathway, whereas empiricist a rely on direct sensory experience.
C) Religious knowledge constantly changes as new facts come to light, whereas empirically-based scientific theories do not change over time.
D) The religious pathways assumes that the truth is self-evident, while empiricism teaches us to doubt our own senses.
E) Religious authorities can blue corrupted by money and power, whereas scientists taking the empirical approach cannot be corrupted.

A

The correct answer: B - Believing the world of authority figures plays a central role in the religious pathway, whereas empiricist a rely on direct sensory experience.

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6
Q

Which trend today is likely to make science more open to the public?
A) Increasing concern over the misuse of science by terrorists.
B) The discovery of ways to use science to gain military advantage.
C) Scientists posting their raw data on the worldwide web.
D) Strong competition among scientists for research funding.
E) Commercial organisations increasingly seeing the need to invest in research.

A

The correct answer: C - Scientists posting their raw data on the worldwide web.

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7
Q

Which one of the following questions can science most easily answer?
A) Does God exist?
B) Would investment in solar energy or wind energy be better economically for Australia?
C) Does fatigue play a casual role in obesity?
D) What is the meaning of our dreams?
E) Should we allow genetically modified crops in Australia?

A

The correct answer: C - Does fatigue play a casual role in obesity?
The most reliable question that can be answered just by science.

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8
Q

What is meant by sharing tacit knowledge?
A) Providing the reasoning behind your hypothesis in a journal article.
B) Using a web application to gather research data collaboratively with other scientists around the world.
C) Doing rigorous statistical tests before publishing research.
D) Providing the reasoning behind your hypothesis online.
E) Providing tips for building scientific apparatus and how best to use it through a blog.

A

The correct answer: E - Providing tips for building scientific apparatus and how best to use it through a blog.
Tacit knowledge is generally hard to put in writing, and is best gained by experience and practical training.

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9
Q

What is an inherent strength of the scientific research process?
A) Scientific results are generally kept secret, because it is safer this way.
B) Science has a form of self-regulation, in which research is critically commented upon by another scientist before it is published.
C) Scientists publish their work freely, without any comment from others, because it’s is more fair this way.
D) Science never develops incorrect theories.
E) Science is good for studying very rare events.

A

The correct answer: B - Science has a form of self-regulation, in which research is critically commented upon by another scientist before it is published.
Science must be peer-reviewed before being published.

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10
Q

What is the main reason why “radical openness” in science is considered risky in the 21st century?
A) Because discoveries in the 21st century science and technology enable knowledge-based mass destruction in a way that 20th century discoveries did.
B) Because scientists put the public at risk, and also risk professional ridicule, if they bypass the peer review process and post their poorly thought out ideas online.
C) Because most people do not have the training to use scientific knowledge safety (e.g. They may accidentally blow themselves up).
D) Because scientists risk arrest for publishing their work if government agencies decide that it should be kept secret.
E) Because scientists risk losing their jobs or missing out on grants and promotions if others find out about and take credit for their work.

A

The correct answer: A - Because discoveries in the 21st century science and technology enable knowledge-based mass destruction in a way that 20th century discoveries did.

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11
Q

Which ONE of the following is a true statement about scientific theories?
A) Good scientific theories should have both explanatory and predictive powers.
B) A good scientific theory doesn’t actually have to explain how things are, as long as it predicts events correctly.
C) The best evidence for a theory would be the results of a single confirming experiment, repeated many times under exactly the same conditions.
D) A good scientific theory should seek to explain a narrow, focused range of phenomena.
E) Good scientific theories should predict new phenomena, but don’t need to explain how or why things work as they do.

A

The correct answer: A - Good scientific theories should have both explanatory and predictive powers.

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12
Q

In the context of scientific theory, what is “parsimony”?
A) Farming hypotheses so that they are falsifiable
B) Always preferring simple theories over complex theories, irrespective of their explanatory and predictive powers.
C) Conducting research in an economically sustainable way.
D) Always preferring complex theories over simple theories.
E) Explaining as many phenomena as possible with reference to as few constructs, objects or forces as possible.

A

The correct answer: E - Explaining as many phenomena as possible with reference to as few constructs, objects or forces as possible.

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13
Q

According to the Kuhn cycle, when do revolutionary changes occur in how phenomena are understood?
A) They occur after the dominant theory encounters too many problems which can no longer be adequately explained by that theory, which enters a crisis phase.
B) A revolution gradually develops during a period of ‘normal science’.
C) When a scientist disagrees with the current paradigm or theory.
D) They occur even when current research generally supports the dominant model.
E) They occur approximately every 20 years.

A

The correct answer: A - They occur after the dominant theory encounters too many problems which can no longer be adequately explained by that theory, which enters a crisis phase.

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14
Q

What did Paul Feyerabend mean by claiming that “anything goes” in science?
A) Everyone accepts scientific research as true once it is published.
B) Even theories which don’t explain past data, or predict new data, are accepted as good science.
C) Scientists can easily publish anything they want, even if it is ‘bad’ science.
D) There is no single set of rules for conducting scientific research.
E) A theory will persist even when lots of data contradict it.

A

The correct answer: D - There is no single set of rules for conducting scientific research.

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15
Q

Which ONE of the following hypotheses would be the one most preferred by Karl Popper, as a falsification?
A) Black swans can be found in Western Australia.
B) All swans are white.
C) Most swans are white.
D) Swans can be any colour.
E) Swans can be white.

A

The correct answer: B - All swans are white.
This can easily be disproved as soon as you see a different coloured swan. The idea of falsification is that it is logically impossible to prove a theory true, because the next finding could disprove a theory.

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16
Q

Scores on an interval scale:
A) Represent their distance from other scores, but not their rank order.
B) Represent their distances from an absolute zero point.
C) Represent their rank order and also their distance from other scores.
D) Are labels only and have no mathematical properties.
E) Represent their rank order only.

A

The correct answer: C - Represent their rank order and also their distance from other scores.

17
Q

The SI (Systeme Internationale) is a set of metric measure that
A) Has seven base units and many derived units.
B) Was established in Paris in 1960
C) Encompasses all of the variables that scientists ever need to measure.
D) Has seven base units, defined independently of each other, and many derived units.
E) Has seven base units only.

A

The answer: A - Has seven base units and many derived units.

18
Q

Inferential statistics:
A) Are useful for describing outcomes of studies, but not for making decisions about whether or not the outcome happened by chance.
B) Always have probabilities associated with them.
C) Include Einsteins famous equation: E=mc^2.
D) Are generally not useful for testing hypotheses
C) Are useful when scientists have gathered no data.

A

The answer: B - Always have probabilities associated with them.

19
Q

Computer Simulations:
A) Allow us to test the predictions of theories without using mathematics.
B) Have no advantages, except cheapness, over traditional analysis of empirical data.
C) Are a good replacement for empirical data.
D) Remove the effect of human error on research.
E) Are useful for representing and making predictions from complex, dynamic scientific models.

A

The correct answer: E - Are useful for representing and making predictions from complex, dynamic scientific models.

20
Q

What did Eugene Wigner mean by the “unreasonable effectiveness of mathematics” in the natural sciences?
A) That it is difficult for a scientist to reason with a mathematician.
B) That abstract mathematical concepts are surprisingly powerful in allowing scientists to detect and understand laws of nature.
C) That logical reasoning and mathematics are surprisingly unhelpful in scientists’ quest to understand of the natural world.
D) That mathematicians make the best scientists.
E) That there is no reason to use mathematicians in the natural sciences.

A

The correct answer: B - That abstract mathematical concepts are surprisingly powerful in allowing scientists to detect and understand laws of nature.

21
Q

In a typical science journal, argument..
A) Has its own set of modern-day rules and conventions that have little in common with the rhetorical principles of the ancient Greeks.
B) Partially follows the Ancient Greeks’ advice, using pathos but not logos.
C) Generally refers to the flights that occur between researchers with conflicting theories.
D) Conforms to the Ancient Greeks’ advice on rhetoric, using both pathos and logos.
E) Partially follows the Ancient Greeks’ advice, using logs and very little pathos.

A

Correct answer: E - Partially follows the Ancient Greeks’ advice, using logs and very little pathos.
Pathos is emotion, logos are logic or reasoning.

22
Q

In the conclusion of an argument follows logically from its premises, but the premises themselves are not true, then the argument is:
A) Logically valid and sound, but scientifically implausible.
B) Valid, but not sound.
C) Neither valid nor sound.
D) Valid and sound .
E) Sound, but invalid.

A

The answer: B - Valid, but not sound.

23
Q

Young people should be prevented from experimenting with soft drugs because soft drug use leads to addiction to hard drugs. Which logical fallacy does this represent?
A) Equivocation
B) There is no logical fallacy here - it is true.
C) Appeal to authority
D) Slippery Slope
E) Post hoc ergo propter hoc

A

The correct answer: D - Slippery Slope

24
Q

Science can do great harm because:
A) One of its major applications is in the development of weapons.
B) Scientific progress involves seeking the truth rather than necessarily making the world a better place.
C) All of the other options.
D) Many people contribute to science so individuals tend not to feel personally responsible for its outcomes
E) It gives humans great power.

A

The Correct answer: C - All of the other options

25
Q

What was the outcome of the Miller-Urey experiments?
A) They demonstrated that complex organic molecules could be broken down into simple molecules, under certain conditions, proving that life could not have evolved on Earth, but must have been seeded from space.
B) They simulated the conditions on primordial Earth in a laboratory and find out the likely chemical composition of the atmosphere at that time.
C) They showed that complex organic molecules such as amino acids could be formed from simple chemical compounds under conditions similar to those very early in earths history.
D) They proved Darwins theory of evolution under laboratory conditions, using numerous generations of yeast, and noting how the population changed over time.
E) They created simple organisms, from organic molecules, which were then able to reproduce and evolve into more complex organisms.

A

The correct answer: C - They showed that complex organic molecules such as amino acids could be formed from simple chemical compounds under conditions similar to those very early in earths history.

26
Q

The two lines of research that converged to bring us modern-day neuroscience were:
A) Dualism and information processing theory.
B) Reticular theory and cybernetics.
C) The discovery of synapses and that neurons were electrically excitable.
D) Intelligence theory and neural networks.
E) Cybernetics and neuron theory.

A

The correct answer: E - Cybernetics and neuron theory.

27
Q

What was the major contribution that Edwin Hubble made to cosmology?
A) Designing the Hubble space telescope.
B) Providing evidence of life on planets other than Earth.
C) Providing evidence that the universe is expanding.
D) All the other answers.
E) He devised experiments that showed how complex organic molecules could form under conditions similar to those early in Earths history.

A

The correct answer: C - Providing evidence that the universe is expanding.

28
Q

What is explained by quantum theory (quantum mechanics)?
A) Quantum theory explains how light can be both a wave in a medium and a particle at the same time.
B) Quantum theory is of great theoretical interest but currently has little real life application.
C) Quantum theory explains both large scale, cosmological phenomena but does not apply to small scale phenomena.
D) Quantum theory (quantum mechanics) shows us that the laws of physics that apply to very small scale phenomena are quite different from those that apply to large scale phenomena.
E) Quantum theory (quantum mechanics) explained the motion of everyday visible objects very well,but did not work well for electrons and photons, and was replaced by Newtonian mechanics,which explained motion better for both large (visible) objects and subatomic particles.

A

The corrects answer: D - Quantum theory (quantum mechanics) shows us that the laws of physics that apply to very small scale phenomena are quite different from those that apply to large scale phenomena.