Two Marble Puzzle - Science Kit | Scibro

In this kit: •Examine our eyes and its details in a greatly magnified form. •Create a burning point by positioning a concave mirror under sunlight. •Finally, build a magic mirror that creates real, floating images of 2D and 3D objects in space that look real and touchable! We will also learn: •What is a concave mirror, and what are its characteristics and uses? •How can we form a real image in the air using a concave mirror? •What is the difference between real and virtual images?

In this kit, we will: •Build a special and beautiful periscope that allows us to look over or around an obstacle, such as a couch, while staying behind it. •Use a customized periscope to see what’s behind us! •Adjust the angle of the mirrors to see the ground in front of us while looking straight ahead! And we will also learn: •What is a periscope, and how is it structured? •What is geometric optics? •How is an image formed in a flat mirror? •What are the various applications of a periscope?

In this kit: - We will build our own three-color light source. - Shine red (R), green (G), and blue (B) lights individually, in pairs, and all together on a white board to observe how the colors combine. - Look at patterned colored sheets under different colored lights and see how the light affects the way we perceive the patterns. - Create obstacles in the path of the colored lights and explore the fascinating effects of colorful shadows. You’ll also learn: - What are the primary colors? - How are other colors created by combining primary colors? - How does the human eye perceive colors?

In this kit, we will: • Build two different types of kaleidoscopes: one with three mirrors and one with six mirrors. • Use the kaleidoscopes to view various objects and images, creating stunning and mesmerizing visual effects. • Look at different items—like a friend’s eye—through the kaleidoscope and search for the most beautiful patterns. We will also learn: • What a flat mirror is and how it forms images. • How repeated reflection occurs with multiple mirrors. • What a kaleidoscope is and how it can be used to view beautiful symmetrical patterns. • Some practical applications of repeated images using multiple mirrors.

In this kit, we will: • Build our own electrical conductivity meter. • Explore the conductivity and electrical resistance of various everyday materials – including the human body – through fun experiments and exciting games. • Discover how different levels of conductivity produce different sounds and tones, allowing us to play games and even create melodies using electric signals! And we’ll learn: • What is a simple electrical circuit and how does electric current flow through it? • What are conductive and non-conductive materials, and what is electrical resistance? • What are some practical applications of electrical resistance in the world around us?