14 courses with the subject PHY, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
PHY 1011General Physics I
This course is the first in a two-part introductory physics course sequence using algebra-based approaches to analyze physical phenomena. Students are introduced to vector algebra and the basic principles of classical mechanics, applying the concepts of work, energy, linear momentum and angular momentum to physical phenomena. This course must be taken concurrently with General Physics I Laboratory. Prerequisite(s): MATH1020 or math placement, Corequisite: PHY1016. Offered at Charlotte, Online, Providence 3 Semester Credits
This is an introductory algebra- and inquiry-based physics laboratory course coordinated with PHY1011 General Physics I. Small teams of students work together to solve practical Newtonian physics problems by conducting a sequence of observations and tests. Students are responsible for developing their own experiments and task assignments as they work within collaborative team structures, using the collected data to construct original models of physical phenomena. Students practice skills employed by professional engineers and scientists. The laboratory exercises reinforce theories discussed in class, including error analysis, vector algebra, kinematics, conservation of energy, momentum and rotational motion. Prerequisite(s): MATH1020 or math placement, Corequisite: PHY1011. Offered at Charlotte, Online, Providence 1 Semester Credit
This course is the second in a two-part introductory physics course sequence using algebra-based mathematical approaches to analyze physical phenomena. Students are introduced to heat, wave propagation, wave energy, reflection, refraction, electricity, magnetism, circuits and semiconductors. This course must be taken concurrently with General Physics II Laboratory. Prerequisite(s): MATH1020, PHY1011, PHY1016, Corequisite: PHY1026. Offered at Charlotte, Providence 3 Semester Credits
This course is an introductory algebra- and inquiry-based physics laboratory coordinated with PHY1022 General Physics II. Small teams of students work together to solve practical Newtonian physics problems by conducting a sequence of observations and tests. Students are responsible for developing their own experiments and task assignments as they work within collaborative team structures, using the collected data to construct original models of physical phenomena. Students practice skills employed by professional engineers and scientists. The laboratory exercises reinforce theories discussed in class, including error analysis, heat transfer, electric and magnetic fields, circuits, digital instruments and optics. Prerequisite(s): MATH1020, PHY1011, PHY1016, Corequisite: PHY1022. Offered at Charlotte, Providence 1 Semester Credit
Class Hours 0 Lab Hours 2 Clinical Hours 0 Work Experience 0 Minimum State Prerequisites: None Minimum State Corequisites: Take PHY 110 Local Prerequisites: None Local Corequisites: None This course is a laboratory for PHY 110 . Emphasis is placed on laboratory experiences tha College Transfer: This course has been approved for transfer under the CAA as a general ed Add to Portfolio (opens a new window) Add to My Favorites (opens a new window) Print (opens a new window) Help (opens a new window)
CIS Course ID: S23976 Class Hours 3 Lab Hours 2 Minimum State Prerequisites: Take One: MAT-121 or MAT 171 Local Prerequisites: None This algebra/trigonometry-based course introduces fundamental physical concepts as applied to engineering technolog College Transfer: N/A Add to Portfolio (opens a new window) Add to My Favorites (opens a new window) Print (opens a new window) Help (opens a new window)
PHY2011 is the first of a two-part introductory physics course sequence using calculus-based approaches to analyze physical phenomena. It introduces students to vectors and the basic principles of classical mechanics, applying the concepts of work, energy, linear momentum and angular momentum to physical phenomena. This course must be taken concurrently with Physics I Laboratory. Prerequisite(s): MATH1040 (or concurrent), Corequisite: PHY2016. Offered at Providence 3 Semester Credits
PHY2016 is an introductory calculus-based physics laboratory class that meets three hours per week. It is an inquiry-based laboratory course coordinated with PHY2011 Physics I. Small teams of students work together to solve practical Newtonian physics problems by conducting a sequence of observations and tests. Students are responsible for developing their own experiments and task assignments as they work within collaborative team structures, using the collected data to construct original models of physical phenomena. Students practice skills employed by professional engineers and scientists. The laboratory exercises reinforce theories discussed in class, including error analysis, vector algebra, kinematics, conservation of energy, momentum and rotational motion. Prerequisite(s): MATH1040 (or concurrent), Corequisite: PHY2011. Offered at Providence 1 Semester Credit
PHY2022 is the second of a two-part introductory physics course sequence using calculus-based mathematical approaches to analyze physics phenomena. It introduces students to heat, wave propagation, wave energy, reflection, refraction, electricity, magnetism, circuits and semiconductors. This course must be taken concurrently with Physics II Laboratory. Prerequisite(s): MATH1040, ((PHY1011, PHY1016) or (PHY2011, PHY2016)), Corequisite: PHY2026. Offered at Providence 3 Semester Credits
PHY2026 is an introductory calculus-based physics laboratory class that meets three hours per week. It is an inquiry-based laboratory course coordinated with PHY2022 Physics II. Small teams of students work together to solve practical Newtonian physics problems by conducting a sequence of observations and tests. Students are responsible for developing their own experiments and task assignments as they work within collaborative team structures, using the collected data to construct original models of physical phenomena. Students practice skills employed by professional engineers and scientists. The laboratory exercises reinforce theories discussed in class, including error analysis, heat transfer, electric and magnetic fields, circuits, digital instruments and optics. Prerequisite(s): MATH1040, ((PHY1011, PHY1016) or (PHY2011, PHY2016)), Corequisite: PHY2022. Offered at Providence 1 Semester Credit
