Objective

By the end of this lesson, the student will understand the basics of Faraday's chemistry principles, explore the dynamics of light using candle flames and alcohol lamps, and create stunning watercolor paintings inspired by Giacomo Balla's "Dynamism of a Dog on a Leash." Additionally, the student will learn how to capture motion through photography using long exposure techniques.

Materials and Prep

• Candle and matches or a lighter
• Alcohol lamp
• Watercolor paints and brushes
• Watercolor paper
• Camera or smartphone with manual settings
• Tripod or stable surface for photography
• Notebook for notes and sketches

Before the lesson, ensure you have a safe space to work with the candle and alcohol lamp. Familiarize yourself with the camera settings for long exposure photography.

Activities

• Exploring Faraday's Chemistry

  Begin by discussing Michael Faraday's contributions to chemistry. Conduct a simple experiment using the candle and alcohol lamp to demonstrate combustion and energy transfer. Observe the flame and discuss how it relates to chemical reactions.

• Dynamic Watercolor Painting

  Using the inspiration from Giacomo Balla's painting, create a watercolor piece that captures motion. Focus on using quick brush strokes and vibrant colors to express the energy of movement, similar to how Balla depicted a dog on a leash.

• Long Exposure Photography

  Set up your camera to capture the movement of the candle flame or the swaying of the alcohol lamp. Experiment with different exposure times to see how light trails can represent motion, much like Balla's artwork.

Talking Points

• "Faraday's work laid the foundation for modern electrochemistry. Can you think of how electricity and chemistry are connected in our everyday lives?"
• "The candle flame represents a chemical reaction. What do you notice about its color and size as it burns?"
• "Inspiration from the Futurists, like Balla, emphasizes movement and speed. How can we express motion in our artwork?"
• "Long exposure photography allows us to capture moments that the naked eye might miss. What happens when we let light 'dance' on the camera sensor?"