/
Go    Go   Magnet! By:  Aina Go    Go   Magnet! By:  Aina

Go Go Magnet! By: Aina - PowerPoint Presentation

donetrand
donetrand . @donetrand
Follow
346 views
Uploaded On 2020-06-24

Go Go Magnet! By: Aina - PPT Presentation

Marzia Question Does the thickness of a magnet affect its strength H ypothesis If I doI think that the thickness of a magnet affects its strength because materials 3 different types of magnets ID: 785994

magnet pgs magnets paper pgs magnet paper magnets hold refrigerator 2cm thickness strength 1cm results papers pencil lined stalk

Share:

Link:

Embed:

Download Presentation from below link

Download The PPT/PDF document "Go Go Magnet! By: Aina" is the property of its rightful owner. Permission is granted to download and print the materials on this web site for personal, non-commercial use only, and to display it on your personal computer provided you do not modify the materials and that you retain all copyright notices contained in the materials. By downloading content from our website, you accept the terms of this agreement.


Presentation Transcript

Slide1

Go Go Magnet!

By: Aina Marzia

Slide2

QuestionDoes the thickness of a magnet affect its strength?

Slide3

HypothesisIf I do…I think that the thickness of a magnet affects its strength, because…

Slide4

materials 3 different types of magnets (1cm, ½ cm,2cm) 1 stalk of lined paper refrigerator pencil/paper rulercalculator

Slide5

VariableIndependent Variable:The different thickness of the magnets.Controlled Variables:Dependent Variable:

Slide6

procedure1)Grab your materials (1cm ,1/2cm and 2cm magnets), 1 stalk of lined paper, refrigerator, pa-per and pencil, and finally a ruler.2)Place the 1cm magnet on top of the paper on the refrigerator. If it can hold it keep adding more until it can’t hold any more papers. Do the same with the other 2 magnets.3) Record your results on a paper with a pencil.4) Add all 3 results from the 3 trails of the 1cm magnet, divide by three to get the median. Do the same with the other 2 magnets. 5) Make sure you repeat steps 1-4 2 more times, to get a total of 3 trails.

Slide7

Data/ tableVariableTrail #1

Trail #2Trail #3Average

1 cm.

7 pgs.

12 pgs.

13 pgs.

16

pgs.

½ cm.

28 pgs.

32 pgs.

34 pgs.

31 pgs.

2 cm.

35 pgs.

37

pgs.

39 pgs.

37

pgs.

Slide8

Results

Slide9

ConclusionMy hypothesis was correct. My data shows that the thickness of a magnet does affects its strength, because the1cm. magnet could hold 16 papers, the 1 ½ cm. magnet could hold 31 papers, and finally the 2cm. magnet could hold 37papers. So it means that the thicker the magnet the more strength. What did you learn...

Slide10

ApplicationThis information can be helpful in the real world because if your not sure if the object you want to hang on your refrigerator is way to heavy you know that you need a stronger thicker magnet.

Slide11

References