Candle Swing Experiment Explanation at Jeffery Hargreaves blog

Candle Swing Experiment Explanation. What happens when you change the angle of the fan blades? The heat from the burning candles warms the air above them.  — in this experiment, we are building a candle carousel using simple materials. Hot air is less dense than cold air and rises upwards, creating a current as the warm air rises, cools, and falls. Have students hold metal strips either in their hand or with tweezers for 10 seconds, and have them take the metal out. Try out steel, aluminum, and copper to begin to see a large difference. We will explore the science of aerodynamics, thermodynamics and physics as we learn how candles can make a paper rotor spin around, just like the carousel at the amusement park.  — will it spin at different speeds if you vary the number of candles that you light? A candle carousel offers many possibilities for exploration and discovery! a candle is just the right amount of heat to test the thermal conductivity of different objects. What construction materials can you use to make the fan blades spin faster or slower?  — do you think it would make a difference if both candles were lighted simultaneously? How fast can you make it go?  — this mini candle carousel science project demonstrates convection, forces and motion.

 — do you think it would make a difference if both candles were lighted simultaneously? Hot air is less dense than cold air and rises upwards, creating a current as the warm air rises, cools, and falls.  — this mini candle carousel science project demonstrates convection, forces and motion. We will explore the science of aerodynamics, thermodynamics and physics as we learn how candles can make a paper rotor spin around, just like the carousel at the amusement park. What happens when you change the angle of the fan blades? A candle carousel offers many possibilities for exploration and discovery! How fast can you make it go? The heat from the burning candles warms the air above them. What construction materials can you use to make the fan blades spin faster or slower? Have students hold metal strips either in their hand or with tweezers for 10 seconds, and have them take the metal out.

Candle in the vacuum experiment STEM Little Explorers

Candle Swing Experiment Explanation Hot air is less dense than cold air and rises upwards, creating a current as the warm air rises, cools, and falls. We will explore the science of aerodynamics, thermodynamics and physics as we learn how candles can make a paper rotor spin around, just like the carousel at the amusement park.  — this mini candle carousel science project demonstrates convection, forces and motion. Try out steel, aluminum, and copper to begin to see a large difference.  — do you think it would make a difference if both candles were lighted simultaneously?  — in this experiment, we are building a candle carousel using simple materials. How fast can you make it go? What happens when you change the angle of the fan blades? The heat from the burning candles warms the air above them. Hot air is less dense than cold air and rises upwards, creating a current as the warm air rises, cools, and falls. What construction materials can you use to make the fan blades spin faster or slower? A candle carousel offers many possibilities for exploration and discovery! Have students hold metal strips either in their hand or with tweezers for 10 seconds, and have them take the metal out.  — will it spin at different speeds if you vary the number of candles that you light? a candle is just the right amount of heat to test the thermal conductivity of different objects.