WGU D671 Elementary Science Curriculum Practice Test
2026 | Verified Answers | Exam Prep
1. Describe the process of condensation and its significance in the water cycle.
Condensation is the evaporation of water from the Earth's surface into
the atmosphere.
Condensation is the process where water vapor cools and changes
into liquid water, forming clouds, which is crucial for precipitation.
Condensation is the process of water being absorbed by plants.
Condensation refers to the infiltration of water into the ground.
2. What is the primary purpose of scientific theories in the realm of science?
To provide mathematical equations that describe natural phenomena.
To offer a comprehensive understanding of why and how
phenomena occur.
To summarize measurable relationships between variables.
To predict specific outcomes in various scientific experiments.
3. Describe how wind contributes to the process of erosion.
Wind has no significant effect on erosion.
Wind helps in the formation of new soil by breaking down rocks.
Wind can carry away loose soil and small particles, leading to the
erosion of the land.
Wind causes rain to fall, which then contributes to erosion.
4. In which sphere would we find insects, plants, humans, and bacteria?
, hydrosphere
geosphere
atmosphere
biosphere
5. Describe the significance of the Engineering discipline within the Next
Generation Science Standards (NGSS).
Engineering is significant in NGSS as it integrates design and
problem-solving into scientific inquiry.
Engineering is only relevant for high school curricula.
Engineering focuses solely on technology without scientific principles.
Engineering is unrelated to scientific practices in education.
6. How does the video characterize the process of scientific inquiry?
The video states that scientific inquiry must follow a fixed sequence of
steps.
The video characterizes scientific inquiry as a dynamic process that
requires collaboration and adaptability.
The video suggests that scientific inquiry leads to absolute truths.
The video claims that scientific inquiry is only valid in laboratory
settings.
7. In designing a science curriculum for elementary students, how would you
incorporate crosscutting concepts to enhance learning?
By limiting the curriculum to only the Next Generation Science
Standards without considering crosscutting concepts.
, By integrating crosscutting concepts into lessons that connect
various scientific topics, fostering a holistic understanding of
science.
By teaching crosscutting concepts as separate units from other
scientific content.
By focusing exclusively on individual scientific topics without making
connections.
8. In a classroom debate about climate change, how would engaging in
argument from evidence enhance the discussion among students?
Students would focus solely on their personal beliefs.
Students would rely on popular opinions rather than scientific
evidence.
Students would avoid using any data to support their arguments.
Students would analyze data and use it to support their viewpoints,
leading to a more informed discussion.
9. How does the video illustrate the relationship between culture and scientific
inquiry?
The video illustrates that culture shapes the way scientific inquiry is
approached and understood.
The video suggests that culture has no relevance to scientific inquiry.
The video emphasizes that indigenous knowledge contradicts
scientific methods.
The video states that all scientific inquiry is universal and unaffected by
culture.
10. What process causes water vapor to create a cloud?
, Precipitation
Condensation
Transpiration
Evaporation
11. In a classroom setting, how might fostering curiosity and critical thinking
through the nature of science influence students' approach to a science
project on erosion?
Students would only replicate existing experiments without
questioning.
Students would ask deeper questions and seek innovative solutions
to address erosion.
Students would avoid discussing the implications of erosion.
Students would focus on memorizing definitions related to erosion.
12. If a school district decides to implement a new science curriculum without
aligning it to the Next Generation Science Standards (NGSS), what potential
issue might arise?
Teachers will have more freedom to innovate in their teaching
methods.
The curriculum will automatically be effective without alignment.
Students may not receive a coherent and meaningful learning
experience that aligns with national expectations.
Students will excel in standardized tests regardless of the curriculum.
13. In what way might a community's interest in climate change influence
scientific research directions?
2026 | Verified Answers | Exam Prep
1. Describe the process of condensation and its significance in the water cycle.
Condensation is the evaporation of water from the Earth's surface into
the atmosphere.
Condensation is the process where water vapor cools and changes
into liquid water, forming clouds, which is crucial for precipitation.
Condensation is the process of water being absorbed by plants.
Condensation refers to the infiltration of water into the ground.
2. What is the primary purpose of scientific theories in the realm of science?
To provide mathematical equations that describe natural phenomena.
To offer a comprehensive understanding of why and how
phenomena occur.
To summarize measurable relationships between variables.
To predict specific outcomes in various scientific experiments.
3. Describe how wind contributes to the process of erosion.
Wind has no significant effect on erosion.
Wind helps in the formation of new soil by breaking down rocks.
Wind can carry away loose soil and small particles, leading to the
erosion of the land.
Wind causes rain to fall, which then contributes to erosion.
4. In which sphere would we find insects, plants, humans, and bacteria?
, hydrosphere
geosphere
atmosphere
biosphere
5. Describe the significance of the Engineering discipline within the Next
Generation Science Standards (NGSS).
Engineering is significant in NGSS as it integrates design and
problem-solving into scientific inquiry.
Engineering is only relevant for high school curricula.
Engineering focuses solely on technology without scientific principles.
Engineering is unrelated to scientific practices in education.
6. How does the video characterize the process of scientific inquiry?
The video states that scientific inquiry must follow a fixed sequence of
steps.
The video characterizes scientific inquiry as a dynamic process that
requires collaboration and adaptability.
The video suggests that scientific inquiry leads to absolute truths.
The video claims that scientific inquiry is only valid in laboratory
settings.
7. In designing a science curriculum for elementary students, how would you
incorporate crosscutting concepts to enhance learning?
By limiting the curriculum to only the Next Generation Science
Standards without considering crosscutting concepts.
, By integrating crosscutting concepts into lessons that connect
various scientific topics, fostering a holistic understanding of
science.
By teaching crosscutting concepts as separate units from other
scientific content.
By focusing exclusively on individual scientific topics without making
connections.
8. In a classroom debate about climate change, how would engaging in
argument from evidence enhance the discussion among students?
Students would focus solely on their personal beliefs.
Students would rely on popular opinions rather than scientific
evidence.
Students would avoid using any data to support their arguments.
Students would analyze data and use it to support their viewpoints,
leading to a more informed discussion.
9. How does the video illustrate the relationship between culture and scientific
inquiry?
The video illustrates that culture shapes the way scientific inquiry is
approached and understood.
The video suggests that culture has no relevance to scientific inquiry.
The video emphasizes that indigenous knowledge contradicts
scientific methods.
The video states that all scientific inquiry is universal and unaffected by
culture.
10. What process causes water vapor to create a cloud?
, Precipitation
Condensation
Transpiration
Evaporation
11. In a classroom setting, how might fostering curiosity and critical thinking
through the nature of science influence students' approach to a science
project on erosion?
Students would only replicate existing experiments without
questioning.
Students would ask deeper questions and seek innovative solutions
to address erosion.
Students would avoid discussing the implications of erosion.
Students would focus on memorizing definitions related to erosion.
12. If a school district decides to implement a new science curriculum without
aligning it to the Next Generation Science Standards (NGSS), what potential
issue might arise?
Teachers will have more freedom to innovate in their teaching
methods.
The curriculum will automatically be effective without alignment.
Students may not receive a coherent and meaningful learning
experience that aligns with national expectations.
Students will excel in standardized tests regardless of the curriculum.
13. In what way might a community's interest in climate change influence
scientific research directions?
