Experiments:

imageIn this experiment, you will learn how to extract DNA from strawberries. DNA is short for

Difficulty:
Subject: Biology


DNA ExtractionIn this experiment, you will learn how to extract DNA from strawberries. DNA is short for

imageIn this experiment, you will learn how to extract DNA from strawberries. DNA is short for

Difficulty:
Subject: Chemistry


DNA Extraction2In this experiment, you will learn how to extract DNA from strawberries. DNA is short for

imageIn this experiment, you will be exploring how to build the strongest and tallest structures using gummy candy and toothpicks. Try to think about which shapes would make your tower more sturdy and strong. When you are done, test how many books you can stack on top of your tower before it breaks.

Difficulty:
Subject: Engineering


Gummy Candy TowerIn this experiment, you will be exploring how to build the strongest and tallest structures using gummy candy and toothpicks. Try to think about which shapes would make your tower more sturdy and strong. When you are done, test how many books you can stack on top of your tower before it breaks.

imageIn this experiment, we will be creating worm-like structures using polymer-science. By reacting sodium alginate with calcium chloride, we can turn a liquid solution into a jelly-like solid.

Difficulty:
Subject: Chemistry


Instant Polymer WormsIn this experiment, we will be creating worm-like structures using polymer-science. By reacting sodium alginate with calcium chloride, we can turn a liquid solution into a jelly-like solid.

imageWith this project, you can make your own (temporary) lava lamp with household materials! It's easy and safe, and it looks very cool.

Difficulty:
Subject: Chemistry


Lava LampWith this project, you can make your own (temporary) lava lamp with household materials! It's easy and safe, and it looks very cool.

imageWith this project, you can make your own (temporary) lava lamp with household materials! It's easy and safe, and it looks very cool.

Difficulty:
Subject: Chemistry


Lava Lamp2With this project, you can make your own (temporary) lava lamp with household materials! It's easy and safe, and it looks very cool.

imageO'Neal

Difficulty:
Subject: Other


O'Neal's experimentO'Neal

imageIn this experiment, we will learn how to make slime. Slime is a polymer made from glue and borate ions. It is "non-newtonian" because it is both a solid and a liquid. If you pull it apart quickly, applying a large force, it becomes very viscous and will break in half. However, without any force, it flows like a liquid.

Difficulty:
Subject: Chemistry


SlimeIn this experiment, we will learn how to make slime. Slime is a polymer made from glue and borate ions. It is "non-newtonian" because it is both a solid and a liquid. If you pull it apart quickly, applying a large force, it becomes very viscous and will break in half. However, without any force, it flows like a liquid.

imageIn this experiment, we will learn how to make slime. Slime is a polymer made from glue and borate ions. It is "non-newtonian" because it is both a solid and a liquid. If you pull it apart quickly, applying a large force, it becomes very viscous and will break in half. However, without any force, it flows like a liquid.

Difficulty:
Subject: Chemistry


Slime2In this experiment, we will learn how to make slime. Slime is a polymer made from glue and borate ions. It is "non-newtonian" because it is both a solid and a liquid. If you pull it apart quickly, applying a large force, it becomes very viscous and will break in half. However, without any force, it flows like a liquid.

imageTest

Difficulty:
Subject: Chemistry


TestTest

imagedescriptoin

Difficulty:
Subject: Engineering


Test123descriptoin

imageTest

Difficulty:
Subject: Chemistry


Test2Test

imageDescription

Difficulty:
Subject: Engineering


TestingDescription