We LOVE to explore at school! This year we have completed numerous hands-on STEM experiments. Our first unit in science has been all about air and weather. I am pleased to see the students become such confident meteorologists!
The FOSS program (Full Option Science System) allows students to learn STEM by exploring, predicting, planning, experimenting and revising. Teachers and students work together as a team rather than the teacher reciting information at the students. In early elementary years students learn science best from direct experiences in which they observe, describe, sort, etc. while using their senses to acuire data. Students also use language and math skills to process and communicate their observations. FOSS requires students to write their predictions and explain their findings (evidence) in detail.
We are engineers who constructed This system works just as a supersoaker.
a parachute to demonstrate When you compress the air and create
air resistance. By connecting more air pressure, the air pressure then pushes
paperclips at the bottom we were able on the water. If you press on the syringe with
to see if the parachute would drift down the water, the water compresses the air.
more quickly or slowly. Also, we
experimented by dropping the parachute
from different heights.
We constructed an anemometer to measure Each student engineered their own wind
the wind speed. Students are now familiar vane. They had to figure out the
with the wind speed and terms such as: importance of where parts were placed.
no wind/calm, gentle breeze, calm breeze, I was very excited to hear students
moderate breeze, and strong breeze. We use vocabulary such as "area" and
have used the anemometer to count the "balance." What amazing young
rotations caused by varying wind strengths. engineers! The children were also able
to use logic to determine whether the
wind vain points in the direction the wind
goes, or the direction the wind is
coming from. Do you know which it does?
While exploring the topic of temperature Can a paper towel be submerged
students students compared the temperatures of underwater in a vial and remain dry?
hot and cold water. Try this at home! Just be sure push
the vial straight down without tipping it to the side. Be sure to make a
prediction and let me know what
what happened!
students students compared the temperatures of underwater in a vial and remain dry?
hot and cold water. Try this at home! Just be sure push
the vial straight down without tipping it to the side. Be sure to make a
prediction and let me know what
what happened!