https://padlet.com/taylor_davenport/9a96s0x78464 Everything we learned through the boulder lab! en-us 2017-12-15 03:49:37 UTC 2017-12-15 16:07:14 UTC hello@padlet.com https://padlet.com/taylor_davenport/9a96s0x78464/wish/216527036 There is a lot of random error when starting a rotating object. A rolling object moving at a constant angle accelerates. ]]> 2017-12-15 15:55:49 UTC https://padlet.com/taylor_davenport/9a96s0x78464/wish/216527036 https://padlet.com/taylor_davenport/9a96s0x78464/wish/216527056 We learned that objects accelerate faster as the slope of the ramp gets higher.]]> 2017-12-15 15:55:50 UTC https://padlet.com/taylor_davenport/9a96s0x78464/wish/216527056 https://padlet.com/taylor_davenport/9a96s0x78464/wish/216527284 Along with learning about friendship, Table 7 came together to learn about the complexity of timing a moving object paired with really slow speeds. It took intense hyper focus, and a lot of guts. But, in the end, we all came together to gather the data and create our graphs.]]> 2017-12-15 15:56:19 UTC https://padlet.com/taylor_davenport/9a96s0x78464/wish/216527284 taylor_davenport https://padlet.com/taylor_davenport/9a96s0x78464/wish/216527579 You better have some good stuff! - Be specific. I'm watching
What about the graphical and mathematical models for x-t and x-t^2 graphs?

]]> 2017-12-15 15:56:37 UTC https://padlet.com/taylor_davenport/9a96s0x78464/wish/216527579 https://padlet.com/taylor_davenport/9a96s0x78464/wish/216527581 when a rolling object goes down a a ramp with a constant angle, it accelerates as it goes down. the steeper the slope, the faster it speeds up]]> 2017-12-15 15:56:37 UTC https://padlet.com/taylor_davenport/9a96s0x78464/wish/216527581 https://padlet.com/taylor_davenport/9a96s0x78464/wish/216528018 We learned that as the disc rolled down the ramp, the  slope changed and increased. 

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