Momentum

 Investigating Momentum using two @pascoscientific smart carts and a couple of other carts of the same mass. The figures in Capstone clearly showed the relationship in seconds. With the magnetic bumpers on one side and velcro on the other, the idea of elastic collisions and non-elastic collisions was successfully demonstrated.

Templates

When teaching maths, making drawings look right helps the learning process. Using templates makes good-looking images happen fast, and using a visualiser or a tablet and the templates, put these up on the screen so the students know exactly what is happening.

Visualizing Sound waves

 Visualising sound waves using an oscilloscope and then comparing different students' making the same sound gave some insight into just how complex language and sound-making in the mouth are.

Capillary Rise

 Investigating how the bore of a capillary tube affects the height that the water will rise.. As the bore becomes thinner, the water rises more. With very fine capillary tubes, the water rises to almost the top of the equipment. - and Xylem cells are much smaller.

Now where is that stored on an Apple

 A friend bought his old Apple Laptop around, which is running out of space. Our biggest problem was trying to find where things were stored so they could be archived without being restored from the iCloud.

Carbon Structures

Look at the allotropes of Carbon with Molymod structures. From Diamond to Graphite to Graphene to Nanotubes and Fullerenestpo, get an idea of their structure, strengths, and weaknesses.

 

Using a conductivity sensor

 The students used the @pascoscientific wireless conductivity sensor to help test whether the water samples were safe to drink. The meter was used in a range of tests and quickly identified seawater, brackish water, and tap water by their levels of conductivity.