St Nicolas'

Church of England Combined School

Science- magic magnets!

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts.

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 1

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 2

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 3

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 4

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 5

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 6

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 7

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 8

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 9

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 10

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 11

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 12

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 13

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 14

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 15

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 16

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 17

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 18

We made a paperclip float in the air by using the magnetic field of a bar magnet. We then investigated which magnets were the strongest by creating magnetic paperclip chains and we recorded our results in tables and bar charts. 19

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