Earth & Space

Daphnia Anatomy

In this lab, students will investigate what chemicals will effect the heart rate of a daphnia and explore the anatomy. Capture the daphnia heart beat and view the eggs of the daphnia reproductive system with a digital microscope.

Related Products: T-17541CT-19542CT-19642C

(mp4, 4.73MB)

Phenyl Salicylate Crystals

Amaze your students by demonstrating the melting point of phenyl salicylate and the recrystallization right before their eyes. This is a great introductory demonstration for a unit on minerals.

Related product: T-1050

(mp4, 5.53MB)

Melting Ice

Watch ice melting in this time-lapse recording and discover melting points.

Related Product: 910-171-200

(mp4, 9.53MB)

Passing Clouds

Passing clouds on a Friday afternoon outside of Ken-A-Vision corporate offices. This live video is sped up 32 times the original speed.

Related Product: 910-171-200

(mp4, 24.3MB)

Freshwater vs. Saltwater

Will an ice cube melt faster in freshwater or saltwater? 

Design an experiment to become familiar with the process of ‘fair testing’ that will assess the student’s understanding of precise and accurate experimental design.

Related Product: 910-171-200

(mp4, 125MB)

Weathering Rocks

In this lab, the student will investigate the weathering of rocks, both physically and chemically. The students should have an introductory lesson on how rocks go through changes. The students should also understand the difference between a physical and chemical change.

Twisting Tornado

In this lab, the student will create an example of a vortex by applying the concept to a tornado in a jar.

Magic Crystals

In this lab, the student will create their own crystals and possibly eat them too. Learn the lattice structure of crystals and make a time-lapse video.

Eclipses and Shadows

In this lab, the student will see how the movement of the sun and moon relate to a solar and lunar eclipse. In this case, the sun will be a handheld flashlight or a mounted wall light, the moon will be a small Styrofoam ball and the Earth will be a larger Styrofoam ball.

Copper Sulfate Crystallization

Expand the minds of students by growing copper sulfate crystals for a time-lapse recording that the students will experience right before their eyes with a digital microscope. In this lab, crystallization occurs by heating water and dissolving copper sulfate into a saturated solution. When the temperature of the saturated solution begins to lower, crystals will begin to form.

Related product: T-1050

(mp4, 5.57MB)