Whirlybird labs are due tomorrow (Friday) Please make sure that your labs have the following components: Title, Purpose, Materials, Procedures, Data, Results
Results Questions: 1. As viewed from above while falling, does your whirlybird rotate clockwise or counterclockwise? Is it consistent in its rotational direction?
2. Explain how you reversed the direction of rotation.
3. What two speeds or rates are observed in the falling of the whirlybird?
4. Describe your success at changing the vertical speed? Can you both increase and decrease the vertical speed?
5. Describe your success at changing the rotational speed? (Or how would you do it?)
6. Name one natural and one man-made application reminding you of the whirlybird's motions.
Results Questions: 1. As viewed from above while falling, does your whirlybird rotate clockwise or counterclockwise? Is it consistent in its rotational direction?
2. Explain how you reversed the direction of rotation.
3. What two speeds or rates are observed in the falling of the whirlybird?
4. Describe your success at changing the vertical speed? Can you both increase and decrease the vertical speed?
5. Describe your success at changing the rotational speed? (Or how would you do it?)
6. Name one natural and one man-made application reminding you of the whirlybird's motions.
