General Physics I with Lab (PHY1053C (CC11))

Term: Fall Semester 2010 (CC)

Faculty

Erika G. KisvarsanyiShow MyInfo popup for Erika G. Kisvarsanyi
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Schedule

Tue-Thu, 9:00 AM - 10:15 AM (8/18/2010 - 12/10/2010) Location: 0001 (Science & Technology 123 - Lecture)
Tue-Thu, 10:16 AM - 10:40 AM (8/18/2010 - 12/10/2010) Location: 0001 (Science & Technology 123 - Laboratory)
Tue-Thu, 10:41 AM - 11:40 AM (8/18/2010 - 12/10/2010) Location: 0001 (Science & Technology 123 - Laboratory)

Description

This course presents mechanics, heat and mechanical waves. Topics covered include: measurements, accelerated motion, Newton's laws, work and energy, momentum, gas laws, motion in plane, rotational motion, motion of rigid bodies, mechanical properties of matter, temperature, thermal properties of matter, thermodynamics, vibratory motion, wave motion, sound. The laboratory experiences are designed to enhance the lecture part to the course, as well as to cover various laboratory techniques. Some prior knowledge of trigonometry is strongly recommended. (3 hours lecture, 2 hours laboratory, and 1-hour problem-solving session per week.)

General Physics I with Lab (PHY1053C (CC11))

Term: Fall Semester 2010 (CC)

Faculty

Erika G. KisvarsanyiShow MyInfo popup for Erika G. Kisvarsanyi
Email address is hidden, click here to email
 

Schedule

Tue-Thu, 9:00 AM - 10:15 AM (8/18/2010 - 12/10/2010) Location: 0001 (Science & Technology 123 - Lecture)
Tue-Thu, 10:16 AM - 10:40 AM (8/18/2010 - 12/10/2010) Location: 0001 (Science & Technology 123 - Laboratory)
Tue-Thu, 10:41 AM - 11:40 AM (8/18/2010 - 12/10/2010) Location: 0001 (Science & Technology 123 - Laboratory)

Description

This course presents mechanics, heat and mechanical waves. Topics covered include: measurements, accelerated motion, Newton's laws, work and energy, momentum, gas laws, motion in plane, rotational motion, motion of rigid bodies, mechanical properties of matter, temperature, thermal properties of matter, thermodynamics, vibratory motion, wave motion, sound. The laboratory experiences are designed to enhance the lecture part to the course, as well as to cover various laboratory techniques. Some prior knowledge of trigonometry is strongly recommended. (3 hours lecture, 2 hours laboratory, and 1-hour problem-solving session per week.)