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| * | Group - Dept | Status | Approved | Date Reviewed | Reviewer | Comments |
|---|---|---|---|---|---|---|
| 1 | Curriculum Routing - AST Astronomy | Completed | Approved | 11/02/2021 | Julie Napier | |
| 2 | First review: Curricular and Non-curricular - AST Astronomy | Completed | Approved | 11/02/2021 | Haberstroh, Paul | |
| 3 | Curriculum and Assessment - AST Astronomy | Completed | Approved | 11/08/2021 | Mitzi Esgro | |
| 4 | Advising and Testing - AST Astronomy | Completed | Approved | 11/09/2021 | Natalie Gebicke | States that changes are being made to Co-reques in description, but there are no changes noted on this form. This description matches the current AST 101 from the 2021-2022 catalog. |
| 5 | Registrar's Office - AST Astronomy | Completed | Approved | 11/10/2021 | Morgan Wilson | No issues at this time. |
| 6 | Financial Aid - AST Astronomy | Completed | Approved | 11/22/2021 | Downey, Lisa | |
| 7 | Curriculum Committee - AST Astronomy | Completed | Approved | 12/08/2021 | Mitzi Esgro | |
| 8 | Curriculum and Assessment (Second Review) - AST Astronomy | Completed | Approved | 12/08/2021 | Mitzi Esgro | |
| 9 | Catalog and Articulation - AST Astronomy | Completed | Approved | 12/09/2021 | Julie Napier |
| Originator: | Cox, Russell Status: Approved Department: AST Astronomy |
| Date Created: | 11/01/2021 Submitted: 11/02/2021 Completed: 12/09/2021 To ACETS: 02/08/2022 |
| Course Prefix: | AST |
| Course Number: | 101 |
| Previous Course Prefix/Number if changed: | |
| Course Information: | Course Modification to an existing course |
| Effective Semester: | Fall |
| Effective Academic Year: | 2022-2023 |
| Course Full Title: | Introduction to Astronomy with Lab |
| Program Modification Required?: | No |
| If yes, list the degree or certificate: | |
| Course Impact?: | No |
| If yes, list the degree or certificate: | |
| Reason for Evaluation: | Corequisite Change Objectives, Outcomes, and/or Competencies changes 5-Year Course Review |
| Mode of Instruction: | traditional online hybrid plural laboratory |
| If other, please explain: | |
| Catalog Course Description: | An introduction to astronomical processes, theories, and features in the universe. Techniques and tools of the astronomer and the astrophysicist are included. Topics covered include concepts in: dynamics of motion, properties of light, astronomical techniques for observation, solar system components, stellar and planetary formation, evolution and classification of stars, star clusters and nebula, galaxy structure and formation, chemistry, structure, and origin of the universe. Laboratory work is included to provide observational examples of the above topics and to learn techniques of data gathering and interpretation. |
| Prerequisite(s): | TRM 091 or MAT 101, and TRE 089, or appropriate score on assessment test |
| Corequisite(s): | |
| Previous Credit (Total): | 4 |
| Previous Lecture Hours: | 3 |
| Previous Lab Hours: | 3 |
| Previous Clinical Hours: | |
| Internship: | |
| Externship: | |
| New Credit Hours (Total): | 4 |
| New Lecture Hours: | 3 |
| New Lab Hours: | 1 |
| New Clinical Hours: | |
| Internship/Externship: | |
| Externship: | |
| Explanation of proposed modifications to course: | 5-year review.
Removed objective dealing with radar that isn't being taught (old 1.3), modified 2.2 to remove "in a laboratory environment" as calculating gravity is only done mathematically. Removed word 'observational' in description to allow for computer-based labs. "Laboratory work is included to provide Reworded most of the verbs on the CLOs Removed lab corequisite as the lab is built into the course |
| Contact person/email: | rcox@mohave.edu |
| SUN Course?: | No |
| If yes, please provide the established SUN number: | |
| Is this an AGEC course: | Yes |
| Articulated?: | Yes |
| Transfer?: | ASU NAU UA |
| Course Learning Outcomes: | By the end of the semester, students will be able to:
1. Demonstrate the observational techniques used in astronomy. (2,3) 2. Explain the process of astronomical observations using the theories of physics. (2,3) 3. Interpret the motions and characteristics of the solar system, earth, and moon.(2,3) 4. Analyze the formation, processes, and evolution of stars. (2,3) 5. Classify galactic formation, structure, and evolution. (2,3) 6. Compare the theories of cosmology. (2,3) |
| Course Competencies and Objectives OR Course Competencies and Outline: | Competency 1 Review the structure of the modem research telescope and the functions of its optical parts in a lab setting.
Objective 1.1 Compare telescope designs. Objective 1.2 Explain the use of spectroscopes in astronomy. Objective 1.3 Compare astronomical data collection techniques. Objective 1.4 Appraise the advantages of electronic detectors and computer techniques. Competency 2 Apply theories of physics pertaining to astronomy. Objective 2.1 Describe the history of astronomy and scientific thought. Objective 2.2 Calculate the force of gravity. Objective 2.3 Apply properties of light to the operation of telescopes. Objective 2.4 Calculate the motion and forces that determine planetary orbits. Objective 2.5 Classify electromagnetic energy as it pertains to astronomy. Objective 2.6 Examine the theory of relativity in the relationship of time-space continuum. Competency 3 Characterize the structure and motion of the solar system. Objective 3.1 Describe the composition and structure of the inner and outer planets. Objective 3.2 Compare motions of the earth with its moon. Objective 3.3 Compare the satellite compositions and histories throughout the solar system. Objective 3.4 Describe the differences between meteoroids, asteroids, and comets. Objective 3.5 Explain the structure of the sun and its internal processes. Objective 3.6 Describe the formation of the solar system. Competency 4 Examine stellar formation. Objective 4.1 Describe the theories, processes, and features of stellar formation. Objective 4.2 Compare the processes of stellar evolution birth, and death. Objective 4.3 Explain the dynamics of multiple star systems and star clusters. Competency 5 Examine galactic formation, structure, and evolution. Objective 5.1 Explain the nature and chemistry of the interstellar medium. Objective 5.2 Describe the structure of spiral, elliptical, and irregular galaxies. Objective 5.3 Describe the processes of active galaxies and the affects of galactic collisions. Objective 5.4 Explain dense matter and dark matter. Competency 6 Summarize theories of cosmology. Objective 6.1 Describe the overall structure of the universe. Objective 6.2 Reflect on the impact of the space-time continuum. Objective 6.3 Explore the history of expansion of the universe using the Hubble Law |