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Experimental Design & Data Practice

Total questions: 40

Worksheet time: 20mins

Name
Class
Date
1.

What is the role of the independent variable in an experiment?

a)

It is the result of the experiment.

b)

It is what is measured on the Y-axis.

c)

It is what the experimenter changes.

d)

It is kept constant throughout the experiment.

2.

What does the dependent variable represent in an experiment?

a)

The variable that is manipulated.

b)

The conditions that remain the same.

c)

The outcome or result of the experiment.

d)

The variable that is kept constant.

3.

What is the purpose of controlled variables in an experiment?

a)

To measure the results on the X-axis.

b)

To ensure that all conditions except the test variable remain the same.

c)

To provide the "treatment" to the experiment.

d)

To change in response to the independent variable.

4.

What is the function of a control group in a scientific experiment?

a)

To receive various treatments for comparison.

b)

To be manipulated by the experimenter.

c)

To not receive the treatment and serve as a baseline for comparison.

d)

To measure the dependent variable.

5.

What is the independent variable in the scenario where a study was done to find if different tire treads affect the braking distance of a car?

a)

Braking Distance

b)

Type of Car

c)

Different Tire Treads

d)

Same Track

6.

In the scenario where the time it takes to run a mile depends on the person's running shoes, what is the dependent variable?

a)

Running Speed

b)

Time

c)

Type of Shoes

d)

Track

7.

What are the constants in the experiment where the height of bean plants depends on the amount of water they receive?

a)

Amount of Water

b)

Height

c)

Type of Plant, Amount of Light, Soil

d)

Air Temperature

8.

For the scenario where the higher the temperature of the air in the oven, the faster a cake will bake, what is the dependent variable?

a)

Type of Cake

b)

Cake Baking Speed

c)

Air Temperature

d)

Type of Pan

9.

In the example where lemon trees receiving the most water produced the most lemons, what is the independent variable?

a)

Number of Lemons

b)

Amount of Water

c)

Type of Plant

d)

Amount of Light

10.

What is the dependent variable in the study of the effect of pH on the number of tadpoles?

a)

pH of water

b)

Number of tadpoles

c)

Type of water

d)

Temperature of water

11.

What is the independent variable in the study of the effect of pH on the number of tadpoles?

a)

pH of water

b)

Number of tadpoles

c)

Type of water

d)

Temperature of water

12.

According to the data, what pH level corresponds to the highest number of tadpoles?

a)

pH 5.5

b)

pH 6.0

c)

pH 6.5

d)

pH 7.0

13.

What trend can be observed as the pH approaches 6.5?

a)

The number of tadpoles decreases significantly.

b)

The number of tadpoles increases until it peaks at pH 6.5.

c)

The pH level has no effect on the number of tadpoles.

d)

The number of tadpoles remains constant.

14.

Which type of birdfeed was the favorite choice of most of the birds according to the data provided?

a)

Millet

b)

Sunflower

c)

Suet

d)

Nyjer (Thistle)

15.

Which type of birdfeed was the least favorite choice of the birds based on the average number of birds attracted?

a)

Millet

b)

Milo

c)

Cracked Corn

d)

Safflower

16.

How many days did the students collect data for this birdfeed study?

a)

3 days

b)

4 days

c)

5 days

d)

6 days

17.

Which feed type showed a decreasing trend in the number of birds attracted from Day 1 to Day 5?

a)

Milo

b)

Cracked Corn

c)

Safflower

d)

Suet

18.

How many birds were attracted to Nyjer (Thistle) feed on Day 3?

a)

3

b)

4

c)

5

d)

6

19.

Which type of birdfeed attracted the highest average number of birds according to the graph?

a)

Millet

b)

Sunflower

c)

Safflower

d)

Nyjer Seed

20.

Which type of birdfeed attracted the least average number of birds according to the graph?

a)

Milo

b)

Cracked Corn

c)

Suet

d)

Millet

21.

How many types of birdfeed attracted an average number of birds greater than 15?

a)

One

b)

Two

c)

Three

d)

Four

22.

Which type of birdfeed was the favorite choice of most of the birds according to the graph?

a)

Millet

b)

Sunflower

c)

Suet

d)

Milo

23.

Which type of birdfeed was the least favorite choice according to the graph?

a)

Millet

b)

Sunflower

c)

Suet

d)

Milo

24.

Which combination of three types of feed would probably attract the most birds to the birdfeeder?

a)

Millet, Milo, Cracked Corn

b)

Safflower, Sunflower, Nyjer Seed

c)

Sunflower, Millet, Suet

d)

Milo, Safflower, Cracked Corn

25.

Which two types of birdfeed attracted the same number of birds?

a)

Millet and Suet

b)

Cracked Corn and Safflower

c)

Sunflower and Nyjer Seed

d)

Safflower and Sunflower

26.

What is the title of the graph?

a)

Types of Birdfeed

b)

Birdfeed Data Analysis

c)

Average Number of Birds at Birdfeeders

d)

Birdfeed Preferences

27.

What is the value of each line on the y-axis in the graph?

a)

2 birds

b)

5 birds

c)

10 birds

d)

1 bird

28.

What is the label on the x-axis of the graph?

a)

Type of Birdfeed

b)

Number of Birds

c)

Type of Birds

d)

Feed Quantity

29.

What is the label on the y-axis of the graph?

a)

Type of Birdfeed

b)

Number of Birds

c)

Average Number of Birds

d)

Feed Quantity

30.

What generalization can be made about the relationship between the temperature and volume of a gas based on the graph provided?

a)

As the temperature of a gas increases, its volume increases.

b)

As the temperature of a gas decreases, its volume increases.

c)

As the temperature of gas decreases, its volume stays the same.

d)

As the temperature of a gas increases, its volume stays the same.

31.

Jim wanted to test the effect of different amounts of water. He tested four pots of plants with 5 plants each, group one got 10mg of salt in 100ml of water, group 2 got 5mg of salt with 80 mL of water, group, 3 got 75 mL of water with 100mg salt, and group 4 got 100 mL of water . Was Jim's experiment on the growth of sunflower plants well-designed?

a)

Yes, because he had three trials.

b)

No, because he changed the amount of salt he used for each plant.

c)

Yes, because he observed and measured the plants for one month.

d)

No, because he changed the amount of water he applied to each plant.

32.

Which type of science investigation involves developing a mathematical formula to predict natural events, as used by the seismologist studying the San Andreas Fault?

a)

Controlled Experiment

b)

Scientific Modeling

c)

Survey

d)

Field Experiment

33.

What type of investigation did the cleaning company conduct to determine the impact of packaging on detergent sales?

a)

Controlled Experiment

b)

Field Experiment

c)

Survey

d)

Scientific Modeling

34.

How did Jane, the zoologist, plan to study the behaviors of gorillas?

a)

Controlled Experiment

b)

Survey

c)

Scientific Modeling

d)

Field Experiment

35.

What type of model is used in Model 1 to represent the phases of the moon?

a)

Conceptual

b)

Physical

c)

Mathematical

d)

Interactive

36.

What is the primary benefit of using Model 3 for explaining the moon phases?

a)

It is easy to understand

b)

It uses real-time data

c)

It is interactive

d)

It is inexpensive

37.

Model 4 uses a ______ to represent the moon phases as seen from Earth.

a)

Digital simulation

b)

Physical circular model

c)

Conceptual diagram

d)

Mathematical chart

38.

What is the primary characteristic of Model 1 used to show moon phases?

a)

3D representation

b)

Uses light and motion

c)

2D conceptual model

d)

Shows multiple perspectives

39.

What is a common limitation noted in both Model 1 and Model 2?

a)

Shows multiple perspectives

b)

Missing details

c)

Too complex

d)

Uses incorrect scientific data

40.

Which model is described as having the benefit of showing the position of Earth, Moon, and Sun?

a)

Model 1

b)

Model 2

c)

Model 3

d)

Model 4