the Experiential Educators of Connecticut
Providing exceptional Science, Technology, Engineering and Math based enrichment programs to CT elementary schools since 2014
Our Programs
Wave Energy-1.5 hour program -$150 per classroom of 25 students
Students will learn what makes a wave, how it travels and the different types of waves, (Electromagnetic, Mechanical and Seismic).
They will learn the parts and properties of of a wave and will create and observe longitudinal, transverse and standing waves in action by using a 30 foot wave modeling springs. Students will use Mini-Ripple Tanks to create water waves to observe the wave properties of Reflection, Absorption, Diffraction, and Refraction. A wave Interference experiment will challenge students to match the resonance of a Tuning Fork with that of a Boomwhacker Tube. Seismic Waves will be created and examined with a magnifying glass in a team experiment when 2 one pound ball bearings are struck together to create a pattern of seismic waves in a sheet of aluminum foil.
Forces and Motion I- 1 hour program -$100 per classroom of 25 students
Students will learn about Newton's Three Laws of Motion and how they affect our world through interactive experiments. In Newton's First Law, teams will conduct experiments with inertia and discover how forces determines whether an object will remain at rest or why it will stay in motion. Newton's Second Law will have student's off to the races, as they use wooden race cars to investigate the relationships between force, mass and acceleration, F=m x a. Student's will then launch into Newton's Third Law by using accelerator tracks to prove that any force action causes an equal and opposite reaction.
Forces and Motion II- 1 hour program -$100 per classroom of 25 students
Forces and Motion II- 1 hour program -$100 per classroom of 25 students
In this sequel program to the Forces and Motion I program student teams will utilize critical thinking skills as they further investigate Newton's Three Laws of Motion. Teams will conduct experiments with the push/pull forces of magnetic fields, kinetic and potential energy and inertia. Teams will need to solve a magnetic field challenge and will need to brainstorm how to overcome an inertia apparatus challenge based upon non-contact and contact forces. Spinning Eggs, Phi-Tops and a Midway Carnival Attraction based on Newton's Three Laws of Motion will conclude the program.
The States of Matter- 1 hour program -$100 per classroom of 25 students
Forces and Motion II- 1 hour program -$100 per classroom of 25 students
Students will learn the properties of the four common states of matter, Solids, Liquids, Gases and Plasma. Student teams will conduct experiments and observe the phase changes of a solid to a liquid, a liquid to a gas, a gas to plasma and then back again! Students will measure temperature during phase changes by using a handheld infrared thermometers to verify that energy is required to change matter. Students will conduct experiments with density and will discover why an object sinks, floats or "flinks". The presentation will conclude with an "enlightening" experiment with plasma as they illuminate a fluorescent bulb and create flickering lights and produce eerie sounds with the touch of their hand.
The Properties of Light-1 hour program -$100 per classroom of 25 students
Students will learn about light as a form of energy. Students will learn how light travels as the observe transverse waves in motion. Students will conduct experiments with the properties of light, scattering, absorption, transmission, refraction, reflection and interference to discover how light is affected by objects. Teams will learn about the color spectrum and by using a prism and a spectrometer will observe that visible light is composed of different color wavelengths. Teams will use color mixing paddles and light mixing boxes to demonstrate subtractive and additive color mixing. Teams will learn about lasers and will aim a laser across the classroom to mark a target.
The Properties of Sound-1 hour program -$100 per classroom of 25 students
Students will learn about sound as a form of energy. Students will observe how sound travels as compression and standing waves. Student teams will conduct experiments with a Standing Wave Machine to demonstrate changes in wave frequency. Students will learn how sound is created by vibrations and will learn how frequency affects pitch and amplitude by experimenting with buzzing magnets, a balloon 'Vuvuzela', Thunder Drums, Chinese Spouting Bowls, Singing Rods and Music Boxes. Teams will conduct experiments with a set of eight tuning forks to discover that vibrations can be sensed by hearing, touch and sight.
Rocks and Minerals- 1 hour program -$100 per classroom of 25 students
Properties of Minerals- 1 hour program -$100 per classroom of 25 students
Students will learn about the rock cycle and the three groups of rocks, Igneous, Sedimentary and Metamorphic through a hands-on exploration of 12 Connecticut rock samples. Students will discover the history of rock and mineral use in Connecticut. An examination of unique rock and mineral samples gathered throughout the United States will stimulate student interest in geology. The program will conclude with a hands-on mystery rock identification team challenge of eight CT rock and mineral samples
Properties of Minerals- 1 hour program -$100 per classroom of 25 students
Properties of Minerals- 1 hour program -$100 per classroom of 25 students
Students will learn the properties of minerals by using a mineral test kit containing a magnifying glass, streak plate, plate glass, penny, nail and a steel file to test and record the results of mineral hardness, streak, color, fracture, luster, specific gravity and more with a collection of 16 mineral and ore samples. Students will discover the many uses of minerals in our daily lives.
Electricity and Magnetism- 1.5 hour program -$150 per classroom of 25 students
Electricity and Magnetism- 1.5 hour program -$150 per classroom of 25 students
Students will conduct experiments with electricity and magnetism. Students will learn the difference between Alternating and Direct current. Students will learn the parts of a simple circuit and will observe a simple circuit at work. Students will discover the differences between a series and parallel circuit. Students will learn the parts of an alkaline battery and how batteries work. They will construct a simple, series and parallel circuits using labeled circuit boards and will measure the voltage in each circuit by using a voltmeter. In experiments with Lenz's Law, they will learn how a moving magnet creates an electric force and how moving electrons generate a magnetic force. Teams will observe an electromagnet at work and will then construct an electromagnet in a timed challenge using an electromagnet circuit board.
