New
Product AIMS is pleased
to present its new product "Physics,
Step One". This remarkable program represents
a complete physics course designed to prepare students for
advanced college physics. "Physics,
Step One" is a revolutionary teaching tool
complete with illustrated lectures, interactive models,
homework and lab assignments. AIMS "Physics,
Step One" is based on proved teaching methods
developed and used in European schools. [read
more]
AIMS, Inc.
Phone: 302-229-4856
Fax: 302-738-1186
E-mail: sales@aimssoft.com
Here
are a few screenshots of the AIMS "Physics, Step One"
software. It is impossible to convey the comprehensive
nature of this unique and innovative program with just
a few screenshots. Nevertheless, this pictures will
give you some understanding of how the program looks
and functions. If you have any questions, please don't
hesitate to contact one
of our support analysts. Click on the thumbnail to
view a larger screenshot.
This is the opening screen of the
"Physics, Step One" program
This
is a screenshot of the beginning of "Speed and Distance"
section of chapter 5 on mechanical motion.
Here is an example of an animated
diagram illustrating the concept of uniform motion.
This
is one of the illustrations used to explain the nature
of the hydrostatic paradox.
An interesting interactive model of
a lever, allowing students to place or remove weights
from either arm of the lever and observe the effect.
This interactive diagram illustrates
effects of friction on the motion of a body.
Chapter
18 discusses physical bodies immersed in gases and
liquids. The model of this screenshot illustrates
the effect of the buoyant force.
This
interactive model is used to illustrate the discussion
about atmospheric pressure.
This
interactive electric circuit is a part of the lab
assignment for Chapter 22 on Ohm's law.
Another
interactive model showing a graphical representation
of mechanical work.
This
handy reference utility provides students with physical
properties of various materials, physical and mathematical
fundamental constants, and primary physics equations.