Physics PHYS

4 courses · Porterville College · 2026-2027 Catalog

Classes: Fall 2026 · Spring 2027

PHYS P102A General College Physics I

Units
4
Hours
Total lecture 54 hours, laboratory 54 hours
Prerequisite
Math P101 or MATH P101A or equivalent.
Transfers to
CSU, UC
C-ID
PHYS 105, PHYS 100

General education: PC-Area 5A; CSU-B1; CSU-B3; IGETC-5A; IGETC-5C

Degree applicable

A non-calculus study of the physics of mechanics, heat, and sound. Approved for pass/no pass grading option.; S [PHYS P102A+PHYS P102B]

Offered: Fall 2026 (1 section)

PHYS P102B General College Physics II

Units
4
Hours
Total lecture 54 hours, laboratory 54 hours
Prerequisite
Physics P102A or equivalent.
Transfers to
CSU, UC
C-ID
PHYS 110, PHYS 100

General education: PC-Area 5A; CSU-B1; IGETC-5A; IGETC-5C

Degree applicable

The non-calculus-based study of the physics of electricity and magnetism, light and optics, relativity, and atomic and nuclear structure. Approved for pass/no pass grading option.; S [PHYS P102A+PHYS P102B]

Offered: Spring 2027 (1 section)

PHYS P104A Physics for Scientists and Engineers

Units
4
Hours
Total lecture 54 hours, laboratory 54 hours
Prerequisite
MATH C2211 or equivalent.
Advisory
High school physics or PHYS 102A or equivalent.
Transfers to
CSU, UC
C-ID
PHYS 205

General education: PC Area-5A; Cal-GETC 5A; Cal-GETC-5C

Degree applicable

Analysis of mechanics using methods in calculus, Newton's laws of motion, energy, momentum, rotation, gravity, oscillations, wave mechanics, and fluid mechanics. The first of a three-semester sequence.

Offered: Fall 2026 (1 section) · Spring 2027 (1 section)

PHYS P104B Physics for Scientists and Engineers

Units
4
Hours
Total lecture 54 hours, laboratory 54 hours
Prerequisite
Physics P104A and Math P104, or equivalent.
Transfers to
CSU, UC
C-ID
PHYS 210

General education: PC-Area 5A; IGETC-5A; IGETC-5C

Degree applicable

Topics in classical physics including heat and thermodynamics, electrostatics, electric fields and potential, electric currents, AC and DC electric circuits, magnetic fields, electromagnetic induction, and electromagnetic waves. The second of a three-semester sequence.

Offered: Spring 2027 (1 section)

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