Watch Science Lab Investigations!

2003
1 Season

Science Lab Investigations! is an educational show from Schlessinger Media that is geared towards children in elementary and middle school. The show is designed to encourage children to explore the world of science through fun and interactive experiments. The show is hosted by a group of young scientists who take viewers on a journey through the world of science.

Each episode of Science Lab Investigations! focuses on a specific scientific concept, such as electricity, sound, or chemistry. The host scientists introduce the concept and explain how it works in layman's terms. They then conduct a series of experiments to demonstrate the concept in action. The experiments are designed to be simple enough for children to replicate at home with adult supervision.

One of the key strengths of Science Lab Investigations! is its ability to make science fun and accessible to children. The show combines experiments with fun illustrations and animations to help children visualize scientific concepts. The host scientists also use humor to keep the show light and engaging.

Another strength of Science Lab Investigations! is its emphasis on hands-on learning. The show encourages children to get involved in the experiments and ask questions along the way. This hands-on approach helps to solidify the scientific concepts in the minds of the viewers.

The show also places a strong emphasis on safety. The host scientists always wear protective gear and explain the importance of safety to viewers. They also provide clear instructions for handling equipment and materials, and encourage parents to supervise their children when conducting experiments at home.

Science Lab Investigations! is an excellent tool for teachers and parents looking to supplement their children's science education. The experiments are designed to be simple and easy to replicate, making them perfect for classroom demonstrations or home science projects. The show also provides resources for teachers and parents, including lesson plans and activity ideas.

Overall, Science Lab Investigations! is an entertaining and educational show that helps to make science fun and accessible for children. Its emphasis on hands-on learning and safety make it an excellent resource for parents and teachers alike.

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Seasons

10. Water Analysis

March 25, 2003

Water Analysis takes an in-depth look at how scientists test and study water. Viewers follow a group of high school students as they test and compare different water sources for eight factors: temperature, pH, dissolved oxygen, hardness, alkalinity, nitrates, coliform bacteria and chlorine. Lab safety is stressed throughout the program, as well as the idea that science can be used to solve everyday problems. Part of the multivolume Science Lab Investigations! Video Series. Grades 9-12.

9. Titration

March 25, 2003

Titration allows students to apply scientific concepts to discover what a titration is, how it is performed and how to determine when it is complete. Students see how this technique is applied in a number of real-world settings and become actively engaged in an experiment by using a scientific approach to determine the amount of vitamin C in a number of foods. Viewers learn about proper safety procedures as they watch a group of high school students gather, organize and present their data. Part of the multivolume Science Lab Investigations! Video Series. Grades 9-12.

8. Spectrophotometry

March 25, 2003

Discover how scientists are able to learn about the world around us by studying how light interacts with matter. Spectrophotometry gives students an understanding of the principles of spectral analysis and explains the relationship between absorbance and transmittance. Students then go inside the lab to put this information into action as they perform serial dilutions, develop a standard curve and determine the concentration of aspirin in two unknown solutions using a spectrophotometer. During the process, they use proper scientific procedures and come to understand that measurement errors may affect calculations. Part of the multivolume Science Lab Investigations! Video Series. Grades 9-12.

7. Properties of Gases

March 25, 2003

In Properties of Gases, students are introduced to kinetic molecular theory and learn about the physical relationships that exist between temperature, pressure, volume and density in gases. Students will see how the gas laws apply to living systems by developing an experimental design to measure the production and consumption of oxygen and carbon dioxide during cellular respiration. Part of the multivolume Science Lab Investigations! Video Series. Grades 9-12.

6. The Laws of Motion: Hovercrafts

March 25, 2003

In The Laws of Motion: Hovercrafts, students will learn how to make and use models to investigate the principles behind the laws of motion. As they test and refine their project, students -- and viewers -- are encouraged to make predictions based on experimental evidence as they learn to calculate the effect of forces on the motion of objects. The concepts of Newtonian mechanics are investigated by using clear demonstrations and graphics, and students discover how technological advancements are built on scientific knowledge. Part of the multivolume Science Lab Investigations! Video Series. Grades 9-12.

5. Lab Safety

March 25, 2003

Lab Safety introduces students to safety guidelines that must be followed when designing and conducting scientific investigations. Lab safety techniques are outlined, as well as the correct use of personal protective equipment. Through a hands-on lab investigation, students learn that the chemicals and biological agents used in the lab are worthy of respect and discover that sloppy procedures cannot only produce unreliable data, but can put themselves and others at risk. Part of the multivolume Science Lab Investigations! Video Series. Grades 9-12.

4. Energy & Chemical Reactions

March 25, 2003

In Energy & Chemical Reactions, students will investigate and explain how chemical reactions release or absorb energy. The rate of a reaction depends on a number of factors, including temperature, concentration of particles and the presence of catalysts. Students will put this information to use as they employ the scientific method to perform a lab investigation in which they study the effects of temperature and limiting reagents on the rate of a chemiluminescent reaction. Also included is a look at how some living organisms use chemical reactions to emit bursts of light! Part of the multivolume Science Lab Investigations! Video Series. Grades 9-12.

3. DNA Transformation

March 25, 2003

Cutting and pasting DNA fragments together are among the first techniques learned in the molecular biology lab and are fundamental to all recombinant DNA work. In DNA Transformation, viewers will become familiar with sterile techniques in the lab and learn about the basic tools used by molecular biologists. They will observe how genes are isolated through gel electrophoresis. Students conduct an investigation in which they insert recombinant DNA into living bacteria, transforming them into organisms that glow in the dark! Part of the multivolume Science Lab Investigations! Video Series. Grades 9-12.

2. Comparative Anatomy: Dissection

March 25, 2003

Comparative Anatomy: Dissection uses systematics and anatomy to illustrate the similarities and differences of systems in different organisms. Students learn how advances in medicine have come from the careful study of organs and have an opportunity to discuss the ethical codes of scientists. Through a lab investigation, students become comfortable with the scientific tools and habits of mind used in the fields of gross anatomy and histology. Part of the multivolume Science Lab Investigations! Video Series. Grades 9-12.

1. Chromatography

March 25, 2003

In Chromatography, viewers learn a valuable technique for the rapid separation of chemical mixtures. After the scientific principles of paper chromatography are conveyed through real-life demonstrations and clear graphics, students move into the lab to analyze a number of ink samples, calculating Rf values for the pigments found in each sample. Students investigate the experimental techniques used to determine if two samples are identical by creating a unique visual "fingerprint" of each tested substance. They also explore the factors affecting each separation and extend the investigation by choosing different solvents for the mobile phase. See how gas chromatography is used in arson investigations and how thin-layer chromatography can be utilized to confirm a document's authenticity. Part of the multivolume Science Lab Investigations! Video Series. Grades 9-12.

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