The Math Behind Snowflakes — Questions and answers

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What did Oscar notice about the snowflakes in the picture?

Choices

  1. They were all different colors.
  2. They were all shaped like tiny circles.
  3. They all had six points, like little stars. ✓
  4. They were all melting very fast.

Answer: They all had six points, like little stars.

From page 2

Where did Oscar's father say they needed to 'travel back in time' to learn about snowflakes?

Choices

  1. A warm beach in Italy.
  2. A sunny garden in England.
  3. A cold winter in Prague. ✓
  4. A big city in America.

Answer: A cold winter in Prague.

From page 3

What was Johannes Kepler doing when he became fascinated by snowflakes?

Choices

  1. Watching the planets move.
  2. Trying to find a New Year's gift. ✓
  3. Reading a book by the fireplace.
  4. Drawing pictures of birds.

Answer: Trying to find a New Year's gift.

From page 4

According to Kepler's guess, why do snowflakes form a six-sided crystal?

Choices

  1. Because they like to look like stars.
  2. Because water molecules bond together at 120-degree angles. ✓
  3. Because it's the easiest shape for them to make.
  4. Because they want to be unique.

Answer: Because water molecules bond together at 120-degree angles.

From page 6

What did Oscar realize about the snow on Twin Peaks after learning about snowflakes?

Choices

  1. That the snow was fake in the picture.
  2. That the water molecules got cold enough to lock into hexagons. ✓
  3. That it only snows in San Francisco every hundred years.
  4. That the picture was taken on a very hot day.

Answer: That the water molecules got cold enough to lock into hexagons.

From page 8

What did Oscar say about snowflakes as she closed her notebook?

Choices

  1. Every snowflake looks exactly the same.
  2. Snowflakes are only made of water.
  3. Every snowflake is different, but they all follow the same six-sided math. ✓
  4. Snowflakes only fall in very cold places.

Answer: Every snowflake is different, but they all follow the same six-sided math.

From page 10