Newton's law from the back of a RipStik and friction
With Monday being a holiday, Newton's laws landed on Wednesday. I ran a "PowerPoint" presentation with slides attached to posts along the sidewalk, demonstrating each law by riding a RipStik while palming a ball.
Thursday I redeployed the model of having each student tackle a single friction variable. Again the grit teams found higher friction with finer sandpaper. Glass must have a roughness someone up where 1500 grit paper interacts with that roughness.
This term I brought along poster pad paper permitting the groups to prepare for their presentations.
Science happens when results are communicated.
Jayleen Alex takes notes with her camera
Newton's laws
The classroom
Thursday I redeployed the model of having each student tackle a single friction variable. Again the grit teams found higher friction with finer sandpaper. Glass must have a roughness someone up where 1500 grit paper interacts with that roughness.
VanDamme and Elymore gather data on the effect of weight on the force of friction
John Phillip, Redsea, and Jayleen discuss results
Using Desmos to analyze the data
Darion and Tulpe work on their presentation
This term I brought along poster pad paper permitting the groups to prepare for their presentations.
Saichy and Kaiteie work on surface area versus the force of friction
Johsper presents the effect of weight
Dee-L also presented on the effect of weight
Melsina on the impact of weight on the force of friction
VanDamm presents findings with Elymore
Myreen also looked at the effect of weight
Darion and Tulpe present the effect of sandpaper grit on frictional force
AJ and Phillip on grit
Jayleen and Redsea
Austin and Justice
Kaiteie and Saichy
Yostrick and Rufus cover surface area
Science happens when results are communicated.
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