limks.files. · PDF file1 [Activity] A ball at rest is released from the top of a slope. The...

11

Transcript of limks.files. · PDF file1 [Activity] A ball at rest is released from the top of a slope. The...

Page 1: limks.files.  · PDF file1 [Activity] A ball at rest is released from the top of a slope. The estimated velocity when it is at 10 —gh cosØ. the bottom of the slope is v =
Page 2: limks.files.  · PDF file1 [Activity] A ball at rest is released from the top of a slope. The estimated velocity when it is at 10 —gh cosØ. the bottom of the slope is v =
Page 3: limks.files.  · PDF file1 [Activity] A ball at rest is released from the top of a slope. The estimated velocity when it is at 10 —gh cosØ. the bottom of the slope is v =
Page 4: limks.files.  · PDF file1 [Activity] A ball at rest is released from the top of a slope. The estimated velocity when it is at 10 —gh cosØ. the bottom of the slope is v =
Page 5: limks.files.  · PDF file1 [Activity] A ball at rest is released from the top of a slope. The estimated velocity when it is at 10 —gh cosØ. the bottom of the slope is v =
Page 6: limks.files.  · PDF file1 [Activity] A ball at rest is released from the top of a slope. The estimated velocity when it is at 10 —gh cosØ. the bottom of the slope is v =
Page 7: limks.files.  · PDF file1 [Activity] A ball at rest is released from the top of a slope. The estimated velocity when it is at 10 —gh cosØ. the bottom of the slope is v =
Page 8: limks.files.  · PDF file1 [Activity] A ball at rest is released from the top of a slope. The estimated velocity when it is at 10 —gh cosØ. the bottom of the slope is v =
Page 9: limks.files.  · PDF file1 [Activity] A ball at rest is released from the top of a slope. The estimated velocity when it is at 10 —gh cosØ. the bottom of the slope is v =
Page 10: limks.files.  · PDF file1 [Activity] A ball at rest is released from the top of a slope. The estimated velocity when it is at 10 —gh cosØ. the bottom of the slope is v =
Page 11: limks.files.  · PDF file1 [Activity] A ball at rest is released from the top of a slope. The estimated velocity when it is at 10 —gh cosØ. the bottom of the slope is v =