Physics for Geomatics 1 PHYS 1151

Upon successful completion of this course, the student will be able to:

• Approach both conceptual and numerical problem solving in a logical, organized and repeatable manner.
• Use the language of basic physics as it applies to technical writing in the areas of geomatics.
• Apply the theory of limitations in measurement to the taking, recording and analysis of data.
• Demonstrate, within a laboratory environment, the ability to take, record and analyze data using a computer.
• Explain the concepts of centripetal force and free body diagramming as they apply to road banking.
• Set up appropriate co-ordinate systems used in physics, mathematics, and geomatics in conjunction with vector quantities such as displacement.
• Describe the basic nature of light from the point of view of physical and geometrical optics.
• Apply physical optics to the explanation of laser operation and use in the field of geomatics.
• Apply basic concepts of geometrical optics to the use of reflective and refractive medium such as mirrors, prisms and thin lenses used in geomatics.
• Apply basic principles of image formation to the solution of problems involving mirrors, prisms, single lens and lens combinations such as telescopes, theodolites and levels.
• Explain the limitations of optical instruments with respect to aberrations and resolving power.
• Apply the theory of kinematics to the solution of problems involving linear and rotational displacement, velocity and acceleration.
• Apply the theory of dynamics to the solution of problems involving free body diagrams.
• Apply Newton's Universal Law of gravitation to the solution of problems involving true vertical in the earth's gravitational field.

Effective as of Fall 2024