Complete the table below by using the three graphs above to determine the coefficient of friction for each of your surfaces, concrete and ice. Shoe/Surface Ballet Slipper Dress Shoe Runner Concrete Type here... Type here... Type here... Ice Type here... Type here... Type here...
Complete the table below by using the three graphs above to determine the coefficient of friction for each of your surfaces, concrete and ice. Shoe/Surface Ballet Slipper Dress Shoe Runner Concrete Type here... Type here... Type here... Ice Type here... Type here... Type here...
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Kindly complete the following:
Transcribed Image Text:Question d:
Force of Friction vs Normal Force of a Ballet Slipper on
Concrete and Ice
Force of Friction (N)
8
9
4
2
1.96
0.49
00
3.92
0.98
10
12
14
Normal Force (N)
5.88
1.47
16
18
1.96
Concrete
Ice
Transcribed Image Text:6
Force of Friction vs. Normal Force of a Dress Shoe on
Concrete and Ice
Force of Friction (N)
Force of Friction (N)
20
15
10
5
0
20
15
Runner
107.84
5
3.92
10
Shoe/Surface
Ballet Slipper
8.82
Dress Shoe
2:94-
14.7
Force of Friction vs. Normal Force of a Runner on Concrete
and Ice
12
11.8
14
3.92
19.6
11.8
5.88
16
Normal Force (N)
Concrete
14.7
Type here...
4.9
18
Normal Force (N)
Type here...
24.5
Type here...
15.7
●
7:84
●
20
22
5.88
29.4
Complete the table below by using the three graphs above to determine the coefficient of
friction for each of your surfaces, concrete and ice.
Ice
24
9.8
Type here...
Type here...
Concrete
Type here...
- Ice
-Concrete
- Ice
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