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Camphill Primary School, Ballymena
This week sees Summer Assessments continue in school - all P3/P4/P5/P6/P7 pupils will be sitting assessments this week. Please make sure your child is in school so they do not miss these important summer standardised tests. | All parents - look out for an 'Expression of Interest' online form this week via PARENTMAIL regarding 'Little Stars' & a new 'Big Stars' afterschool club from Sep'24 - please complete this online form by Mon.20th May as your information in your 'return' will be important to us in planning ahead.  | Tinylife - Can you help? see NEWS below (13/5/24) | P2 parents - have you completed the permission form/paid for your child's summer trip? - last day to do this is this Friday 17th May. | P5 parents - have you completed the permission form/paid for your child's summer trip? - last day to do this is this Friday 17th May. | P6 parents - P7 2025 residential school trip and summer class trip to Windsor Park Football Stadium information sent via Parentmail - please note last day for booking a P7 residential trip place is this FRIDAY 17th May. | P7 parents -see information in CLASS webpage & via Parentmail re: notifications of Post-Primary Schools this Saturday. | Join us next week from the 20th - 24th May as we try to become more active as a school. (See NEWS below 15/5/24) We are encouraging as many of our children as possible to walk to and/from school next week as part of 'Walk to School Week'. | New P1 Families (Sep'24) will be receiving OPEN AFTERNOON information via PARENTMAIL on Monday 13th May.
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P7AS Cartesian Diver Experiment

30th Jan 2024

As part of our ‘Unsinkable’ theme, we were investigating buoyancy today.  We made a Cartesian Diver using a straw and paper clips. We had to check our diver floated in water vertically. Once we did this, we filled a plastic bottle with water and popped the diver into the bottle.  We screwed the lid on tightly and applied pressure to the sides of our bottle by squeezing.  The diver then sank to the bottom of our bottle.  When we released the pressure, the diver rose to the top of the bottle again. 


We learned that this is because we created an air bubble in our straw and when we applied pressure, the air bubble got smaller, therefore reducing the buoyancy of our diver.  When we released the pressure, the bubble expanded, therefore increasing the buoyancy of our diver.  

We had a lot of fun and didn’t get too wet! 💧