Understanding Snowman Preservation and Sunlight Effects

The video explores how to keep a snowman from melting by finding a cooler spot outside. It compares two ground patches, one with light-colored rocks and the other with dark-colored rocks, to understand how color affects temperature. The light patch reflects more sunlight, keeping it cooler, while the dark patch absorbs more energy, making it warmer. The video concludes by applying this concept to clothing choices on sunny days, suggesting light colors to stay cool.

Why can't the snowman stay indoors for long?

• It will become dirty.

• It will grow bigger.

• It will melt due to warmth.

• It will get stolen.

What are the two main features of the outdoor spots considered for the snowman?

• They are both shady.

• They are both sunny.

• They are both flat and receive similar sunlight.

• They are both covered in snow.

What is the main difference between the two patches of ground?

• One has light-colored rocks, the other dark-colored.

• One is closer to the fort.

• One is covered with grass.

• One is larger than the other.

What tool can be used to measure the temperature of the patches?

• A ruler.

• A thermometer.

• A compass.

• A stopwatch.

How does the dark-colored patch affect the temperature?

• It has no effect on temperature.

• It stays cooler than the light patch.

• It absorbs more sunlight, making it warmer.

• It reflects more sunlight.

Why is the light-colored patch cooler?

• It is in the shade.

• It reflects more sunlight.

• It is made of ice.

• It absorbs more sunlight.

What is the main reason the dark patch is warmer?

• It is closer to the sun.

• It is covered in snow.

• It absorbs more energy from the sun.

• It is made of metal.

Where should the snowman be placed to last longer?

• On the dark patch.

• On the light patch.

• In the sunniest spot.

• Inside the fort.

What is a practical application of knowing how colors affect temperature?

• Choosing the right color for a snowman.

• Wearing dark clothes on hot days.

• Selecting light-colored clothes to stay cool.

• Painting houses in dark colors.

What happens when sunlight hits a light-colored surface?

• It absorbs all the energy.

• It reflects most of the energy.

• It becomes very hot.

• It changes color.