LS2 has been trialling the electronic sensors, for the Kiwrious project. We are working with Suranga, Sonia, Evan, Dawn, and Yvonne from the AHL at Auckland University. I found that the UV light makes the UV light detector, go up to about 9.5 or higher, for detecting UVI. I found that the red paper was the most effective filter to keep Zally safe from the UV light, when testing the sensor. My DLO will show you about how I did this. This experiment was fun, and exciting because I love science. I can't wait for next time, when we get to do something else with the sensors.
Wednesday, 22 July 2020
Experimenting With Ultraviolet Light
Learning Intention: To find the most effective UV filter
LS2 has been trialling the electronic sensors, for the Kiwrious project. We are working with Suranga, Sonia, Evan, Dawn, and Yvonne from the AHL at Auckland University. I found that the UV light makes the UV light detector, go up to about 9.5 or higher, for detecting UVI. I found that the red paper was the most effective filter to keep Zally safe from the UV light, when testing the sensor. My DLO will show you about how I did this. This experiment was fun, and exciting because I love science. I can't wait for next time, when we get to do something else with the sensors.
LS2 has been trialling the electronic sensors, for the Kiwrious project. We are working with Suranga, Sonia, Evan, Dawn, and Yvonne from the AHL at Auckland University. I found that the UV light makes the UV light detector, go up to about 9.5 or higher, for detecting UVI. I found that the red paper was the most effective filter to keep Zally safe from the UV light, when testing the sensor. My DLO will show you about how I did this. This experiment was fun, and exciting because I love science. I can't wait for next time, when we get to do something else with the sensors.
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