Let's Review Regents: Physics - The Physical Setting (Revised Edition)
ISBN: 9781506266305
RM59.90
Publisher,Barrons
Publication Date,
Format, Paperback
Weight,
No. of Pages, 612
Barron's Let's Review Regents: Physics gives students the step-by-step review and practice they need to prepare for the Regents exam. This updated edition is an ideal companion to high school textbooks and covers all Physics topics prescribed by the New York State Board of Regents.
All Regents test dates for 2020 have been canceled. Currently the State Education Department of New York has released tentative test dates for the 2021 Regents. The dates are set for January 26-29, 2021, June 15-25, 2021, and August 12-13th.
This edition include one recently-administered actual Physics Regents Exam and provides in-depth review of all topics on the test, including:
Motion in one dimension
Forces and Newton's laws
Vector quantities and their applications
Circular motion and gravitation
Momentum and its conservation
Work and energy
Properties of matter
Static electricity, electric current and circuits
Magnetism and electromagnetism
Waves and sound
Light and geometric optics
Solid-state physics
Modern physics from Planck's hypothesis to Einstein's special theory of relativity
Nuclear energy
All Regents test dates for 2020 have been canceled. Currently the State Education Department of New York has released tentative test dates for the 2021 Regents. The dates are set for January 26-29, 2021, June 15-25, 2021, and August 12-13th.
This edition include one recently-administered actual Physics Regents Exam and provides in-depth review of all topics on the test, including:
Motion in one dimension
Forces and Newton's laws
Vector quantities and their applications
Circular motion and gravitation
Momentum and its conservation
Work and energy
Properties of matter
Static electricity, electric current and circuits
Magnetism and electromagnetism
Waves and sound
Light and geometric optics
Solid-state physics
Modern physics from Planck's hypothesis to Einstein's special theory of relativity
Nuclear energy
