Pow Wow Principals Press
10/27/2017
URGENT! All staff members must take the Urban Learning and Leadership Center Survey Above.
http://survey.ullcschools.com/
The link is above.
School- Vero Beach Elementary
USERNAME- Veroelem
Password- Elembeach
FALL FEST WAS A HUGE SUCCESS!!!
Special thank you so much to our PTA, Ms. Ragley, and Ms. Keeley for organizing the event!
Thank you to all our staff who came to support the #VBEVIBE
Our INCREDIBLE custodial crew
Ms. Yvette and her magical purchasing power
Ms. Newhouse and her AMAZING FALL FEST PERFORMANCE!
Mr. Lee
Ms. Canevari
Ms. Norling
Ms. Browning
Ms. Van Brimmer
Ms. Berwick
Ms. Rochon
Mr. Hill
Ms. Fiori
Mr. Trumble
Ms. Norwood
Ms. Smith
Ms. Singewlad
Ms. Paulk
Ms. Cisneros
Ms. Blidgen
Ms. Barth
Ms. Henson
Ms. V Gonzalez
Ms. E Gonzalez
Ms. Fletcher
Ms. Judy Jones
Ms. Ward
Ms. Emerson
Ms. Moree
Data Chats
Teachers in Grades K-2, please bring your PD ISN.
For grades 3-5 we will be reviewing our ELA unit assessment data. Please bring your Student Data Sheets and your ISN.
Upcoming iReady Growth Monitoring Assessments
#KDIslowchat winner of the week- Ms. Rochon
Next Weeks #KDIslowchat Challenge!!!
Kagan Structure of the Week - Quiz-Quiz-Trade (page S. 34)
Science Fair Updates from Ms. Keeley
Data Collection -
If you want to start your graphs for your data the following website is very helpful -
https://nces.ed.gov/nceskids/createagraph/
Results
Once you have collected the data it is time to analyze it in the results section. Here you are just telling what the data shows you. Are there any trends? Any discrepancies? What does the data show? Use information from the data to explain - include the numbers.
For example :
According to my experiments, the Energizer maintained its voltage (dependent variable) for approximately a 3% longer period of time (independent variable) than Duracell in a low current drain device. For a medium drain device, the Energizer maintained its voltage for approximately 10% longer than Duracell. For a high drain device, the Energizer maintained its voltage for approximately 29% longer than Duracell. Basically, the Energizer performs with increasing superiority, the higher the current drain of the device.
The heavy-duty non-alkaline batteries do not maintain their voltage as long as either alkaline battery at any level of current drain.
Conclusion
Was your hypothesis supported or not? Were there any problems with testing? What could be the next step? How would this apply to real life?
For example:
My hypothesis was that Energizer would last the longest in all of the devices tested. My results do support my hypothesis.
I think the tests I did went smoothly and I had no problems, except for the fact that the batteries recover some of their voltage if they are not running in something. Therefore, I had to take the measurements quickly.
An interesting future study might involve testing the batteries at different temperatures to simulate actual usage in very cold or very hot conditions.
Next week: Board display layout and abstract for upper grades.