English

Students will explore density by modifying the density of liquids, observing the density of different solids, and observing the density differences between objects that occupy the same volume by comparing varieties of pop. Mass over volume is the message!

In this activity, we will learn about how natural adaptations, like fat, can help animals survive in polar regions.

The objective of this activity is to be able to drop the object, and have it get as close to the ground as possible without it actually touching, much like with actual bungee jumping.

This is a fun, interactive activity to help students understand the process of cross-pollination!

Students explore statistics by collecting data of their classmates names and seeing whether or not female or male names are longer.

Students will send a ''message'', a piece of paper attached to an unmodified paper clip, along a string to demonstrate how the nervous system work.

Students will explore surface tension and how water molecules stick together to form a drop of water by dropping water onto a penny or any other small coin.

In this activity, participants will explore the functioning of their circulatory system and how different activity levels impact it!

Perform a simple calculation to see how gravity affects your weight.

Students learn about daily and seasonal changes through group discussion, songs, drawing and interactive demonstrations.

Students learn about how data in computers is stored and transmitted as a series of zeros and ones and complete an activity to represent words and numbers using just these two symbols.

Try out some additional activities that explore solids, liquids and gases!

This activity introduces pre-school / kindergarten aged students to the different steps in the life cycle of a butterfly from egg, to caterpillar, to chrystalis / cocoon, to butterfly. The students also get to create and take home a butterfly or caterpillar craft.

This activity explores the structures of plant and animal cells via a dramatic skit, a matching activity, and creating a 3D model.

During this activity, the participants complete four different tasks to learn about five forces - gravity, friction, magnetism, static electricity and buoyancy.