Elementary Science
Curriculum - D671 ACTUAL
EXAM QUESTIONS AND
VERIFED CORRECT
ANSWERS GRADED A+
[LATEST 2026-2027] 100%
GARANTEED PASS
Which of the following statements best summarizes the role of culture in science, as discussed
in the video exploring indigenous perspectives in Science and Technology?
A. Indigenous perspectives in science and technology are not valuable.
B. Indigenous knowledge is irrelevant to scientific innovation.
C. Culture influences scientific perspectives and practices.
D. Culture has no impact on scientific practices. - CORRECT ANSWER-C. Culture influences
scientific perspectives and practices.
How does science respond to the needs and interests of communities as societies progress?
A. By ignoring community needs and interests
B. By focusing solely on theoretical research
C. By adapting to address challenges and explore new frontiers
D. By remaining static and unchanging - CORRECT ANSWER-C. By adapting to address challenges
and explore new frontiers
,What are the three dimensions of science instruction in the Next Generation Science Standards
(NGSS)?
A. Theory, hypothesis, and conclusion.
B. Observation, experimentation, and analysis.
C. Disciplinary core ideas, science and engineering practices, and crosscutting concepts.
D. Content, pedagogy, and assessment. - CORRECT ANSWER-C. Disciplinary core ideas, science
and engineering practices, and crosscutting concepts.
Which of the following best describes the purpose of crosscutting concepts in science
instruction?
A. They help students develop a deeper understanding of core scientific principles and theories.
B. They provide a framework for integrating science with other subject areas, such as
mathematics and language arts.
C. They highlight overarching concepts that connect different scientific disciplines and promote
scientific literacy.
D. They outline specific scientific topics that students should learn in each grade level. -
CORRECT ANSWER-C. They highlight overarching concepts that connect different scientific
disciplines and promote scientific literacy.
8 Science and Engineering Practices: Students develop inquiries and identify problems based on
curiosity, observations, or societal needs, setting the stage for scientific investigation or
engineering design.
A. Asking Questions and Defining Problems
B. Developing and Using Models
C. Planning and Carrying Out Investigations
D. Analyzing and Interpreting Data
E. Using Mathematics and Computational Thinking
F. Constructing Explanations and Designing Solutions
G. Engaging in Argument from Evidence
,H. Obtaining, Evaluating, and Communicating Information - CORRECT ANSWER-A. Asking
Questions and Defining Problems
8 Science and Engineering Practices: Students create and utilize models to represent scientific
phenomena or engineering systems, helping them understand complex concepts and predict
outcomes.
A. Asking Questions and Defining Problems
B. Developing and Using Models
C. Planning and Carrying Out Investigations
D. Analyzing and Interpreting Data
E. Using Mathematics and Computational Thinking
F. Constructing Explanations and Designing Solutions
G. Engaging in Argument from Evidence
H. Obtaining, Evaluating, and Communicating Information - CORRECT ANSWER-B. Developing
and Using Models
8 Science and Engineering Practices: Students design and conduct experiments or investigations
to gather data and evidence, applying scientific methods and procedures to answer questions or
solve problems.
A. Asking Questions and Defining Problems
B. Developing and Using Models
C. Planning and Carrying Out Investigations
D. Analyzing and Interpreting Data
E. Using Mathematics and Computational Thinking
F. Constructing Explanations and Designing Solutions
G. Engaging in Argument from Evidence
H. Obtaining, Evaluating, and Communicating Information - CORRECT ANSWER-C. Planning and
Carrying Out Investigations
, 8 Science and Engineering Practices: Students analyze data collected from experiments or
observations, identifying patterns, relationships, and trends to draw meaningful conclusions and
support claims.
A. Asking Questions and Defining Problems
B. Developing and Using Models
C. Planning and Carrying Out Investigations
D. Analyzing and Interpreting Data
E. Using Mathematics and Computational Thinking
F. Constructing Explanations and Designing Solutions
G. Engaging in Argument from Evidence
H. Obtaining, Evaluating, and Communicating Information - CORRECT ANSWER-D. Analyzing and
Interpreting Data
8 Science and Engineering Practices: Students apply mathematical concepts and computational
tools to analyze data, make predictions, and solve problems, enhancing their ability to
understand and communicate scientific phenomena.
A. Asking Questions and Defining Problems
B. Developing and Using Models
C. Planning and Carrying Out Investigations
D. Analyzing and Interpreting Data
E. Using Mathematics and Computational Thinking
F. Constructing Explanations and Designing Solutions
G. Engaging in Argument from Evidence
H. Obtaining, Evaluating, and Communicating Information - CORRECT ANSWER-E. Using
Mathematics and Computational Thinking
Curriculum - D671 ACTUAL
EXAM QUESTIONS AND
VERIFED CORRECT
ANSWERS GRADED A+
[LATEST 2026-2027] 100%
GARANTEED PASS
Which of the following statements best summarizes the role of culture in science, as discussed
in the video exploring indigenous perspectives in Science and Technology?
A. Indigenous perspectives in science and technology are not valuable.
B. Indigenous knowledge is irrelevant to scientific innovation.
C. Culture influences scientific perspectives and practices.
D. Culture has no impact on scientific practices. - CORRECT ANSWER-C. Culture influences
scientific perspectives and practices.
How does science respond to the needs and interests of communities as societies progress?
A. By ignoring community needs and interests
B. By focusing solely on theoretical research
C. By adapting to address challenges and explore new frontiers
D. By remaining static and unchanging - CORRECT ANSWER-C. By adapting to address challenges
and explore new frontiers
,What are the three dimensions of science instruction in the Next Generation Science Standards
(NGSS)?
A. Theory, hypothesis, and conclusion.
B. Observation, experimentation, and analysis.
C. Disciplinary core ideas, science and engineering practices, and crosscutting concepts.
D. Content, pedagogy, and assessment. - CORRECT ANSWER-C. Disciplinary core ideas, science
and engineering practices, and crosscutting concepts.
Which of the following best describes the purpose of crosscutting concepts in science
instruction?
A. They help students develop a deeper understanding of core scientific principles and theories.
B. They provide a framework for integrating science with other subject areas, such as
mathematics and language arts.
C. They highlight overarching concepts that connect different scientific disciplines and promote
scientific literacy.
D. They outline specific scientific topics that students should learn in each grade level. -
CORRECT ANSWER-C. They highlight overarching concepts that connect different scientific
disciplines and promote scientific literacy.
8 Science and Engineering Practices: Students develop inquiries and identify problems based on
curiosity, observations, or societal needs, setting the stage for scientific investigation or
engineering design.
A. Asking Questions and Defining Problems
B. Developing and Using Models
C. Planning and Carrying Out Investigations
D. Analyzing and Interpreting Data
E. Using Mathematics and Computational Thinking
F. Constructing Explanations and Designing Solutions
G. Engaging in Argument from Evidence
,H. Obtaining, Evaluating, and Communicating Information - CORRECT ANSWER-A. Asking
Questions and Defining Problems
8 Science and Engineering Practices: Students create and utilize models to represent scientific
phenomena or engineering systems, helping them understand complex concepts and predict
outcomes.
A. Asking Questions and Defining Problems
B. Developing and Using Models
C. Planning and Carrying Out Investigations
D. Analyzing and Interpreting Data
E. Using Mathematics and Computational Thinking
F. Constructing Explanations and Designing Solutions
G. Engaging in Argument from Evidence
H. Obtaining, Evaluating, and Communicating Information - CORRECT ANSWER-B. Developing
and Using Models
8 Science and Engineering Practices: Students design and conduct experiments or investigations
to gather data and evidence, applying scientific methods and procedures to answer questions or
solve problems.
A. Asking Questions and Defining Problems
B. Developing and Using Models
C. Planning and Carrying Out Investigations
D. Analyzing and Interpreting Data
E. Using Mathematics and Computational Thinking
F. Constructing Explanations and Designing Solutions
G. Engaging in Argument from Evidence
H. Obtaining, Evaluating, and Communicating Information - CORRECT ANSWER-C. Planning and
Carrying Out Investigations
, 8 Science and Engineering Practices: Students analyze data collected from experiments or
observations, identifying patterns, relationships, and trends to draw meaningful conclusions and
support claims.
A. Asking Questions and Defining Problems
B. Developing and Using Models
C. Planning and Carrying Out Investigations
D. Analyzing and Interpreting Data
E. Using Mathematics and Computational Thinking
F. Constructing Explanations and Designing Solutions
G. Engaging in Argument from Evidence
H. Obtaining, Evaluating, and Communicating Information - CORRECT ANSWER-D. Analyzing and
Interpreting Data
8 Science and Engineering Practices: Students apply mathematical concepts and computational
tools to analyze data, make predictions, and solve problems, enhancing their ability to
understand and communicate scientific phenomena.
A. Asking Questions and Defining Problems
B. Developing and Using Models
C. Planning and Carrying Out Investigations
D. Analyzing and Interpreting Data
E. Using Mathematics and Computational Thinking
F. Constructing Explanations and Designing Solutions
G. Engaging in Argument from Evidence
H. Obtaining, Evaluating, and Communicating Information - CORRECT ANSWER-E. Using
Mathematics and Computational Thinking
