Students in science have been
working on their model DC motors in #lab110. See the progress that was made
this week!
Eureka! How about a student model motor working better than the original! @Avonworthschool @mhall_AMS pic.twitter.com/PNlKWtjaAE— AMS Science 8 (@science8haskins) December 5, 2016
Almost got it! Another team getting their motor to work in #lab110! @Avonworthschool pic.twitter.com/vZqoAA3vNW— AMS Science 8 (@science8haskins) December 6, 2016
It's spinning! #lab110 building motors to explain how electric current is used. pic.twitter.com/iQRvyT9rcn— AMS Science 8 (@science8haskins) December 6, 2016
Great motor! This team in #lab110 had to rework their coil and brushes... awesome result! @Avonworthschool @mhall_AMS pic.twitter.com/yfHE0w8rWy— AMS Science 8 (@science8haskins) December 6, 2016
Another motor functioning in #lab110! This is great practice of perseverance! Next, explain how it works! pic.twitter.com/GpW5OQbuKc— AMS Science 8 (@science8haskins) December 6, 2016
Keep them spinning! Simple DC motors in #lab110! Perseverance and research pay off! pic.twitter.com/0r2RjjQz9M— AMS Science 8 (@science8haskins) December 6, 2016
Trial and error! Learning to make the DC motor work in #lab110 pic.twitter.com/SFjGSyEyZb— AMS Science 8 (@science8haskins) December 6, 2016
Learning about magnetic fields, current, and motors - hands on! #lab110 pic.twitter.com/Y8dWSdyvcO — AMS Science 8 (@science8haskins) December 6, 2016
DC motor in #lab110 in slow motion pic.twitter.com/9ikbbAuDtx — AMS Science 8 (@science8haskins) December 7, 2016
Another great motor in #lab110 today! pic.twitter.com/uH0SPhcPKd — AMS Science 8 (@science8haskins) December 7, 2016
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