SUMMER AT LATIN
  LIVE & LEARN
  HIGH JUMP
  SUMMER AT LATIN
DAY CAMP (Tots-Grade 9)
SUMMER PROGRAMS (Grades 6-12)
GENERAL INFO & POLICIES
FINE ARTS
LANGUAGE ARTS
MATHEMATICS
SCIENCE & TECHNOLOGY
SPORTS & RECREATION
ALL COURSES
ALL COURSES AT A GLANCE (PDF)
REGISTRATION (PDF)
DIRECTIONS
SUMMER EMPLOYMENT OPPORTUNITIES
  AQUATICS

Science and Technology
Download a registration form or call (312) 582-6080 for more information.

501
Math and Science Camp: Global Warming Tell a Friend!
Who: Grades 7-8
When:
June 9-13, 9:00 a.m.-Noon
How Much:
$250
Instructor: Matthew Casey and Matt Bardoe

What is global warming? How do we use math to show its existence and measure its causes and effects, how much can we do to change it, and how does it affect our lives in Chicago?

Led by Latin School teachers Matthew Casey and Matt Bardoe, students will investigate the math and science of global climate change, green technology, and alternative energy sources. Designed for students with a strong background and interest in math and science, we will explore the issue of global warming through lab exercises, lectures, and field work.


502
Physics: Mechanics Tell a Friend!
Who: Grades 11-12 Prerequisite: Algebra II and Geometry
When:
June 9-July 3, 9:00 a.m.-Noon
How Much:
$785
Credit: 0.5

This course will focus on providing practical examples of mechanical concepts and demonstrating their application in everyday experiences. Topics include Newton's force laws, work and energy, momentum, torque, and fluid dynamics. Laboratory exercises will supplement lectures.


503
Physics: Electricity, Light, and Magnetism Tell a Friend!
Who: Grades 11-12 Prerequisite: Physics: Mechanics
When:
July 7-25, 9:00 a.m.-1:30 p.m.
How Much:
$785
Credit: 0.5

This course will concentrate on providing students with practical and historical examples of electromagnetic and optical phenomena. Topics to be covered include electric fields, circuits, magnetic fields, inductance, and classical optics. Students will learn techniques for algebraic problem solving and graphically representing data. Laboratory work will supplement lecture by allowing students to apply theory to solve problems.