Please be sure and do quality work on the Follow-Up Questions for today's lab (underneath the data table on your document). This work will be graded. Here is a description of what we are looking for:
Here are the notes from the plant experiment that we talked about in class. If you were not able to complete these notes, please use this as a resource to help you finish.
In this past week we have looked at parts in an experiment. Students will need to identify the different parts given a experimental scenario. Experimental Vocabulary:
In the next two days we will work with Mystery Tubes and kick off the first Unit Project- The Greatest Scientific Discovery.
The Mystery Tubes got at the basis behind science inquiry. Students are asked to determine the interior construction of the covered mystery tube. They worked in small groups, posed hypothesis, tested their hypothesis, and often needed to rework their initial thoughts.
We started the class by reading Snowflake Bentley or Gregor Mendel: The Friar Who Grew Peas making connection of what is "good science" and their contributions to the world. Students will have the task to choose a great invention or discovery and persuade us why it is the "Greatest Scientific Discovery" of all time.
Today students were introduced to the mystery cube activity. They needed to work together to solve the problem of "What does the bottom of the mystery cube look like?"
Through careful observations and analysis they started to come up with conclusions supported with evidence. They were supplied with a blank cube template incase they wanted to make a 3D model. Click here to access the template.
This year we will be taking on the view that science is like a toolbox. This idea is that science draws on a suite of methods, not just one (the scientific method).
Our classes completed a reading on Asteroids and Dinosaurs and then generated a list of science process skills that showed "good" science. Here are their lists.