Heat Engine Experiment Concepts

Michelle and Andrew from the Connecticut Science Center demonstrate how to build a simple heat engine using a skewer, foil, and candles. They explain the science behind the movement caused by rising heat and encourage viewers to experiment with different designs. The video concludes with a call to action for viewers to share their creations and support the Science Center.

Who are the educators featured in the video?

• Michelle and Andrew

• Sarah and John

• Emily and Mark

• Jessica and Tom

What is the main purpose of the foil in the heat engine?

• To reflect light

• To hold the skewer

• To conduct electricity

• To create a spiral shape

What is used to provide heat in the heat engine setup?

• A stove

• A light bulb

• A heater

• Candles

What is the role of the skewer in the heat engine setup?

• To provide heat

• To balance the spiral

• To hold the candle

• To measure temperature

What should you be cautious about when using candles in the experiment?

• The candles might not provide enough heat

• The candles are an open flame

• The candles might blow out

• The candles might melt the foil

How does the spiral move when heat is applied?

• It jumps up and down

• It spins in one direction

• It remains still

• It vibrates

What natural phenomenon is explained using the heat engine?

• Wind

• Tides

• Earthquakes

• Rainfall

What happens to air when it is heated by the candle?

• It stays the same

• It rises

• It cools down

• It sinks

What is suggested to try for different results in the experiment?

• Trying different shapes and candle placements

• Changing the room temperature

• Using more candles

• Using different colors of foil

Where can you share your experiment results?

• On a personal blog

• In a local newspaper

• In a science journal

• By tagging #ScienceAtPlay