Wayground logo

Free Printable Worksheets

Font size

S
M
L
XL
Worksheets

Bio Quiz 1.1

Total questions: 77

Worksheet time: 39mins

Name
Class
Date
1.

What does the word "science" come from?

a)

A Greek word meaning "life"

b)

A Latin word meaning "knowledge"

c)

An English word meaning "study"

d)

A French word meaning "nature"

2.

Which of the following is a goal of science?

a)

To memorize facts about the world

b)

To understand the natural world

c)

To create new languages

d)

To make art

3.

Which of the following is NOT an assumption scientists make?

a)

Nature can be understood through systematic study

b)

Scientific ideas are never revised

c)

Sound scientific ideas withstand the test of time

d)

Science cannot provide answers to all questions

4.

Why might someone be considered to be thinking like a scientist?

a)

They memorize facts about animals

b)

They ask questions about the natural world

c)

They draw pictures of nature

d)

They read stories about science

5.

Which statement best describes how science answers questions?

a)

Science uses opinions to answer questions

b)

Science starts with a question and uses evidence and logic to answer it

c)

Science ignores questions that are difficult

d)

Science relies only on tradition to answer questions

6.

What is a scientific law?

a)

A statement that describes what always happens under certain conditions in nature.

b)

A guess about how things work in nature.

c)

A set of instructions for conducting experiments.

d)

A theory that has not been tested.

7.

Who discovered the law of gravity?

a)

Sir Isaac Newton

b)

Albert Einstein

c)

Galileo Galilei

d)

Marie Curie

8.

According to the law of gravity, why do objects always fall towards Earth?

a)

Because of the pull of gravity

b)

Because of the wind

c)

Because of Earth's rotation

d)

Because of sunlight

9.

How did Newton use the law of gravity to explain natural events?

a)

He explained why objects fall to the ground and why the moon orbits Earth.

b)

He explained how plants grow.

c)

He explained why the sky is blue.

d)

He explained how sound travels.

10.

Why are observations of nature important in science?

a)

They are often the starting point for new ideas about the natural world.

b)

They are used only for entertainment.

c)

They are not important in scientific research.

d)

They are only used to confirm existing theories.

11.

Which statement best describes science?

a)

Science is more of a process than a set body of knowledge.

b)

Science is a collection of unchanging facts.

c)

Science never changes.

d)

Science is only about memorizing laws.

12.

What did Albert Einstein do with Newton’s laws of motion when he developed his theory of relativity?

a)

He completely rejected them.

b)

He showed that Newton’s laws are part of a bigger picture.

c)

He proved them to be false.

d)

He ignored them entirely.

13.

Which scientist proposed the atomic theory that all matter is made of tiny particles called atoms?

a)

Isaac Newton

b)

Albert Einstein

c)

John Dalton

d)

Charles Darwin

14.

Why can science not answer all questions?

a)

Science is based on opinions.

b)

Science deals only with things that can be observed and measured.

c)

Science can explain supernatural events.

d)

Science is always changing its facts.

15.

Which of the following is an example of something outside the bounds of science?

a)

The structure of atoms

b)

The behavior of plants

c)

Supernatural beings or events

d)

The process of photosynthesis

16.

Explain why scientific knowledge is considered to withstand the test of time, using the example of atomic theory.

a)

Because scientific knowledge never changes.

b)

Because scientific ideas are based on opinions.

c)

Because scientific ideas like atomic theory have been tested repeatedly and found to be true.

d)

Because scientific knowledge is always wrong.

17.

Which of the following questions can be answered by science on the basis of scientific evidence and logic?

a)

Did life on Earth evolve over time?

b)

Was life on Earth created through another method?

c)

What is the meaning of life?

d)

What is the best color?

18.

Why is the question "Was life on Earth created through another method?" considered outside the realm of science?

a)

Because it is a matter of belief

b)

Because it is too easy to answer

c)

Because it is already proven

d)

Because it is a mathematical question

19.

What is Dan Costa, Ph.D., known for in his scientific research?

a)

Studying marine life and using electronic tags to gather information about elephant seals

b)

Inventing new medicines

c)

Studying plant growth in deserts

d)

Researching the history of mathematics

20.

Which of the following is an example of a tool used by Dan Costa to study marine life?

a)

Satellite tags

b)

Thermometers

c)

Microscopes

d)

Telescopes

21.

According to Dr. Costa, what is one reason science is considered "cool and fun"?

a)

You get to do stuff that no one has ever done before

b)

You always get the right answer

c)

It is easy and requires no effort

d)

It never changes

22.

How do elephant seals use oceanographic features, according to the text?

a)

To hunt for prey as far as the international dateline and the Alaskan Aleutian Islands

b)

To build nests on the beach

c)

To avoid predators in shallow water

d)

To communicate with other seals

23.

What is the heart of science according to the provided material?

a)

Scientific investigation

b)

Mathematical calculation

c)

Artistic expression

d)

Historical analysis

24.

What is a scientific investigation?

a)

A plan for asking questions and testing possible answers

b)

A way to memorize facts

c)

A method for drawing pictures

d)

A process for writing stories

25.

Which of the following is typically the first step in a scientific investigation?

a)

Drawing conclusions

b)

Making observations

c)

Conducting experiments

d)

Writing a report

26.

Why might a scientist ask a question after making an observation?

a)

Observations often lead to questions

b)

Questions come before observations

c)

Questions are not related to observations

d)

Observations are only for fun

27.

A moth with spots on its wings that look like eyes is observed. What might a scientist infer from this observation?

a)

The moth's spots make it look like the face of an owl

b)

The moth is dangerous

c)

The moth can fly faster than other insects

d)

The moth is nocturnal

28.

What might the eye spots on a moth's wings help it resemble?

a)

The face of an owl

b)

The wings of a butterfly

c)

The leaves of a tree

d)

The shell of a turtle

29.

What is a hypothesis in a scientific investigation?

a)

A possible answer to a scientific question based on scientific knowledge and logic.

b)

A random guess with no basis in knowledge.

c)

A proven fact that cannot be disproven.

d)

A summary of previous experiments.

30.

Which of the following must be true for a hypothesis to be valid?

a)

It must be based on scientific knowledge and be falsifiable.

b)

It must be a fact that cannot be disproven.

c)

It must be accepted by everyone.

d)

It must be written in a complex way.

31.

What is the purpose of making a prediction when testing a hypothesis?

a)

To state what will happen under certain conditions if the hypothesis is correct.

b)

To summarize the results of an experiment.

c)

To prove the hypothesis is always true.

d)

To describe unrelated scientific facts.

32.

If you know that some birds eat moths and that owls prey on other birds, what hypothesis might you form about moths with eye spots?

a)

The eye spots scare away birds that might eat the moth.

b)

The eye spots help moths find food.

c)

The eye spots make moths fly faster.

d)

The eye spots attract more predators.

33.

Why must a hypothesis be falsifiable?

a)

So it can be tested and potentially disproven by observations.

b)

So it is always accepted as true.

c)

So it can be written in a scientific journal.

d)

So it can be used in every experiment.

34.

What is evidence in the context of scientific investigations?

a)

Any type of data that may support or disprove a prediction

b)

Only data that supports a prediction

c)

Only data collected from experiments

d)

Data that is always correct

35.

Why can a hypothesis never be proven conclusively to be true?

a)

Because evidence is always incomplete and new evidence might be found

b)

Because scientists do not share their results

c)

Because only one experiment is needed

d)

Because predictions are always wrong

36.

What is the importance of communicating results in a scientific investigation?

a)

It allows others to test your hypothesis and add support or disprove it

b)

It makes the experiment more fun

c)

It helps scientists keep their work secret

d)

It is not important at all

37.

If other researchers get the same results as yours, what does it do to your hypothesis?

a)

It adds support to the hypothesis

b)

It disproves the hypothesis

c)

It makes the hypothesis less likely to be true

d)

It has no effect on the hypothesis

38.

Suppose you observe that birds avoid eating moths with eye spots. What does this evidence do?

a)

It agrees with your prediction

b)

It disproves your prediction

c)

It has no effect on your prediction

d)

It makes the prediction false

39.

What is an experiment in scientific investigations?

a)

A type of scientific investigation performed under controlled conditions

b)

A random guess about nature

c)

A story about natural events

d)

A type of art project

40.

In a laboratory experiment, what is the variable called that is affected by another variable?

a)

Independent variable

b)

Dependent variable

c)

Control variable

d)

Random variable

41.

Why is it important for experiments to be performed under controlled conditions?

a)

To make the experiment more fun

b)

To ensure that the results are reliable and can be understood

c)

To make the experiment more expensive

d)

To confuse the researchers

42.

Suppose you are conducting a laboratory experiment studying plant growth. Which of the following would be a good dependent variable to measure?

a)

The amount of sunlight given to the plants

b)

The type of soil used

c)

The height of the plants after two weeks

d)

The number of pots in the lab

43.

A researcher finds that birds avoided moths while the researcher was observing them, but not for the reason hypothesized. What should the researcher do next?

a)

Ignore the results and start over

b)

Think of ways to avoid this error in future studies

c)

Change the hypothesis to fit the results

d)

Stop doing experiments

44.

What is the independent variable in a plant experiment where some plants get fertilizer and others do not?

a)

Fertilizer

b)

Water

c)

Sunlight

d)

Soil type

45.

Why is it important to control other factors in an experiment besides the independent variable?

a)

To make sure only the independent variable affects the results

b)

To make the experiment more expensive

c)

To make the experiment faster

d)

To use more materials

46.

What is a sample in an experiment?

a)

The individuals or events that are studied

b)

The equipment used in the experiment

c)

The results of the experiment

d)

The hypothesis of the experiment

47.

How does increasing the sample size in an experiment affect the results?

a)

It makes the results more likely to be true in general

b)

It makes the experiment shorter

c)

It decreases the accuracy of the results

d)

It has no effect on the results

48.

Why should scientific experiments be repeated?

a)

To increase the likelihood that the results are valid

b)

To use more resources

c)

To make the experiment more complicated

d)

To get different results each time

49.

Suppose you are conducting a plant growth experiment. Besides fertilizer, what is one other factor you should control to ensure valid results? (DoK Level 2)

a)

Amount of sunlight

b)

Type of fertilizer

c)

Brand of pots

d)

Color of leaves

50.

A student repeats an experiment three times and gets the same results each time. What does this suggest about the experiment? (DoK Level 2)

a)

The results are more likely to be valid

b)

The experiment is too easy

c)

The results are less reliable

d)

The experiment should not be repeated again

51.

Imagine you are designing an experiment to test the effect of water on plant growth. What would be your independent variable, and why? (DoK Level 3)

a)

Amount of water, because it is what you are changing to see its effect on plant growth

b)

Type of plant, because it is the only thing that matters

c)

Amount of sunlight, because it is always important

d)

Type of soil, because it is easy to measure

52.

Why might a scientist studying an extinct animal be unable to perform experiments with it?

a)

Because the animal no longer exists

b)

Because the animal is too dangerous

c)

Because the animal is too small

d)

Because the animal is too expensive to study

53.

What is a drawback of conducting natural studies in science?

a)

Scientists cannot control all the factors that might affect the variables

b)

Scientists always get incorrect results

c)

Natural studies are always faster than experiments

d)

Natural studies are more expensive than experiments

54.

Which of the following is an advantage of natural studies over experiments?

a)

They provide a truer picture of what happens in the real world

b)

They are always easier to interpret

c)

They allow complete control over all variables

d)

They never require any evidence

55.

What is a scientific model?

a)

A representation of part of the real world

b)

A type of experiment done in a laboratory

c)

A natural study conducted in a forest

d)

A living organism used for testing

56.

Suppose you are studying how plants grow in a forest. Why might it be difficult to determine which factors most influence plant growth in a natural study?

a)

You cannot control the amount of sunlight or rain the plants receive

b)

You can easily control all the variables

c)

You only need to observe one plant

d)

You can always predict the results

57.

Explain why scientists might use models instead of experiments to gain scientific knowledge. Use evidence from the text to support your answer.

a)

Because experiments are sometimes impossible, and models can represent parts of the real world

b)

Because models are always more accurate than experiments

c)

Because models are easier to build than to conduct experiments

d)

Because experiments are never useful in science

58.

What is one reason that models are especially useful for investigating complex systems?

a)

They are more complicated than the real world.

b)

They are always correct.

c)

They are simpler than the real world.

d)

They do not require any testing.

59.

What do food chain models help scientists understand?

a)

Simple machines

b)

Complex systems in nature

c)

Mathematical equations

d)

Computer programming

60.

Which of the following is true about scientific models?

a)

They always represent the real world perfectly.

b)

They never need to be evaluated.

c)

Their usefulness depends on how well their predictions match real-world observations.

d)

They are the only way to prove a scientific theory.

61.

What is a scientific theory?

a)

A guess that has not been tested

b)

A broad explanation for events that is widely accepted as true

c)

A simple observation

d)

A mathematical equation

62.

Why does a model need to be evaluated?

a)

To see if it is the only model that works

b)

To determine how well it represents the real world and its usefulness

c)

To make it more complicated

d)

To avoid using real-world observations

63.

If a model’s predictions match real-world observations, what does this mean?

a)

The model is always true.

b)

The model is the only one that works.

c)

The model is useful, but it does not prove it is the only correct model.

d)

The model does not need to be tested anymore.

64.

What do the two models in the figure represent?

a)

Food chains

b)

Weather patterns

c)

Mathematical equations

d)

Computer programs

65.

What is the main difference between how people commonly use the word "theory" and how it is used in science?

a)

In science, a theory is just a guess with no evidence.

b)

In science, a theory is a well-supported explanation, while people often use it to mean a simple guess.

c)

In science, a theory is always wrong.

d)

In science, a theory is the same as a hypothesis.

66.

Which of the following is an example of a scientific theory mentioned in the text?

a)

Theory of relativity

b)

Theory of evolution

c)

Theory of gravity

d)

Theory of relativity

67.

Why do scientists and engineers study structures in nature, according to the text?

a)

To learn how to draw animals

b)

To design new products inspired by nature

c)

To find new species

d)

To create new scientific theories

68.

Which university is mentioned as working on bio-inspired designs?

a)

Harvard University

b)

University of California, Berkeley

c)

Stanford University

d)

Massachusetts Institute of Technology

69.

Explain how the design of a gecko's foot has inspired new technology, based on the information in the text.

a)

It inspired new types of shoes for athletes.

b)

It inspired adhesives and milli-robots that mimic the way geckos move.

c)

It inspired new types of food for animals.

d)

It inspired new musical instruments.

70.

What is the main goal of science?

a)

To understand the natural world through systematic study.

b)

To create new technologies for entertainment.

c)

To memorize facts about nature.

d)

To make random guesses about the world.

71.

What is scientific knowledge based on?

a)

Evidence and logic

b)

Opinions and beliefs

c)

Traditions and customs

d)

Random guesses

72.

How do scientists gain knowledge?

a)

Through scientific investigations

b)

By reading stories

c)

By making assumptions

d)

By copying others

73.

Which of the following best describes a scientific investigation?

a)

A plan for asking questions and testing possible answers

b)

A way to memorize facts

c)

A method for creating art

d)

A process of guessing outcomes

74.

Why are scientific theories widely accepted as true?

a)

Because they are supported by a great deal of evidence

b)

Because they are easy to understand

c)

Because they are written by famous scientists

d)

Because they are old ideas

75.

Which of the following is NOT a type of scientific investigation mentioned in the text?

a)

Cooking recipes

b)

Natural studies

c)

Experiments

d)

Modeling

76.

Why might scientists use natural studies or modeling instead of experiments?

a)

When experiments are difficult to do

b)

When they want faster results

c)

When they dislike experiments

d)

When they want to avoid using evidence

77.

A scientist wants to test a hypothesis under controlled conditions. What method should they use?

a)

Experiment

b)

Guesswork

c)

Storytelling

d)

Voting