Mirrors Optics Set - Science Kit | Scibro
Mirrors Optics Set
In this kit, we will:
- We will perform experiments using plane, convex, and concave mirrors.
- By combining mirrors, we will create repeated reflections and astonishing visual scenes.
- Using mirrors, we will solve simple and complex “light maze” puzzles!
And we will also learn:
- What is geometric optics?
- How does light behave when it interacts with different types of mirrors?
- How are images formed in different kinds of mirrors?
- What are plane, convex, and concave mirrors, and how are they different?
- How do optical fibers transmit light?
Related Products
Conductivity Tester
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?
Colored Shadows
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?
Balancing Pencil Holder
In this kit, we will:By connecting wooden and metal parts, we will build a three-dimensional structure.By placing dense metal discs strategically, we will lower the center of mass of the structure.We will create a scientific and unusual pencil holder that also works as a relaxing desktop toy.And we will also learn:We will learn about the center of mass and the physics of balance.We will learn how to build an object with stable equilibrium.We will learn how to create a three-dimensional structure using multiple layered panels.
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Mirrors Optics Set
In this kit, we will:
- We will perform experiments using plane, convex, and concave mirrors.
- By combining mirrors, we will create repeated reflections and astonishing visual scenes.
- Using mirrors, we will solve simple and complex “light maze” puzzles!
And we will also learn:
- What is geometric optics?
- How does light behave when it interacts with different types of mirrors?
- How are images formed in different kinds of mirrors?
- What are plane, convex, and concave mirrors, and how are they different?
- How do optical fibers transmit light?
Related Products
Conductivity Tester
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?
Colored Shadows
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?
Balancing Pencil Holder
In this kit, we will:By connecting wooden and metal parts, we will build a three-dimensional structure.By placing dense metal discs strategically, we will lower the center of mass of the structure.We will create a scientific and unusual pencil holder that also works as a relaxing desktop toy.And we will also learn:We will learn about the center of mass and the physics of balance.We will learn how to build an object with stable equilibrium.We will learn how to create a three-dimensional structure using multiple layered panels.
Write down your comment
Email
Message
Submit
Mirrors Optics Set
In this kit, we will:
- We will perform experiments using plane, convex, and concave mirrors.
- By combining mirrors, we will create repeated reflections and astonishing visual scenes.
- Using mirrors, we will solve simple and complex “light maze” puzzles!
And we will also learn:
- What is geometric optics?
- How does light behave when it interacts with different types of mirrors?
- How are images formed in different kinds of mirrors?
- What are plane, convex, and concave mirrors, and how are they different?
- How do optical fibers transmit light?
Related Products
Conductivity Tester
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?
Colored Shadows
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?
Balancing Pencil Holder
In this kit, we will:By connecting wooden and metal parts, we will build a three-dimensional structure.By placing dense metal discs strategically, we will lower the center of mass of the structure.We will create a scientific and unusual pencil holder that also works as a relaxing desktop toy.And we will also learn:We will learn about the center of mass and the physics of balance.We will learn how to build an object with stable equilibrium.We will learn how to create a three-dimensional structure using multiple layered panels.
Write down your comment
Email
Message
Submit