Sugar Cube House To Learn About Earthquakes

Save student teams build three sugar cube skyscrapers, each five sugar cubes tall. Place these skyscrapers at the following corners A and 1st , B and 2nd , C and 3rd. To show that earthquakes can cause damage to buildings, have each team simulate an earthquake by tapping on the corner of E and 4th with the eraser of a pencil.

To show this, build three sugar cube skyscrapers, each five sugar cubes tall. Build the skyscrapers at the following corners A and 1st, B and 2nd, C and 3rd. 2. Now make an earthquake by tapping with the eraser end of a pencil on the box at the corner of D and 4th. Continue tapping until at least one cube from each of the skyscrapers falls.

3. To show that earthquakes can cause damage to buildings, have the students build three sugar cube skyscrapers, each one five sugar cubes tall. Build the skyscrapers at the following corners A and 1st , B and 2nd , C and 3rd . 4. Now have the students simulate an earthquake by tapping on the corner of D and 4th with the eraser of a pencil.

3. To show that earthquakes can cause damage to buildings, have the students build three sugar cube skyscrapers, each one five sugar cubes tall. Build the skyscrapers at the following corners A and 1st, B and 2nd, C and 3rd. 4. Now have the students simulate an earthquake by tapping on the corner of D and 4th with the eraser of a pencil.

In this activity, students will use sugar cubes to investigate and compare the effects of an earthquake on different construction designs. They also will learn some of the things that people need to consider when constructing buildings in areas where there are frequent earthquakes.

On top of the books, build a sugar cube house that's three cubes high and three cubes wide. 5. Now push and pull on the top book to simulate an earthquake. 6. Try building structures of different sizes and shapes to see which one is best. WHAT IS GOING ON HERE? A shake table can help engineers build earthquake-proof buildings.

4 On top of the books, build a sugar cube house that's three cubes high and three cubes wide. 5 Now push and pull on the top book to simulate an earthquake. 6 Try building structures of different sizes and shapes to see which one is best. How It Works A shake table can help engineers build earthquake-proof buildings. Buildings that are tall

1 Use two large rubber bands to secure two textbooks together. 2 Place four marbles in-between the two books. 3 Make sure the marbles are close to the corners but will not fall out when shaking. 4 On top of the books, build a sugar cube house that's three cubes high and three cubes wide. 5 Now push and pull on the top book to simulate an earthquake. 6 Try building structures of

Scoop out some peanut butter or your substitute into a bowl and put it next to the sugar cubes. Now start dipping sides of the sugar cubes into the peanut butter and sticking them together. The sugar cubes are like little white bricks, and the peanut butter is like mortar. Build your first house on a section of paper that you can cut out when

A really successful one has been our exciting Earthquake Experiment. Read on to learn about how we built model structures and tested them on DIY shake tables. They have instructions for kids building test houses out of sugar cubes and peanut butter. Since I didn't want to overload my students with sugar, I substituted pretzels as our