Physics Worksheet
Description
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is related with the position (x) of the body according the following equation,
F = 53A2 x
The values of the force and position are provided in a table beside.
Activities: a) construct a graph of F versus x which includes all beautiful feactures you know
b) don’t forget legend
c) Perform a beautiful linear fit, show the fitting equation and the factor of determinatio
F (N)
1
2
3
4
5
6
R2
d) Extract the value of A and report it with the graphic error (use the symbol plusminus)
e) Don’t forget to include the unit of A in the report.
Report: A =
EXERCISE 2 (2 points) By using the editor of equations of excel, write the equation show in the
picture beside. The equation should be beautiful.
EQUATION
EXERCISE 3 Suppose this two no real situations. The variation of the Linear Momentum (P )
with the mass of a body (m) follows the following equation P = 15B0.5m.
The variation of the Force (F) with the time (t) follows the following equation F = Ae-Bt.
Activities: a) Construct ONE GRAPH which include the plot of the two data (no real) sets
shown
in a table besides. Show the plot P vsrsus m and F vs t
b) The y-axis of the plot F vs t should be logarithmic base 10
b) Perform a beautiful linear fit ( data P vs m) and Exponential fit (data F vs t)
mass (Kg)
3
6
9
12
15
18
b) Perform a beautiful linear fit ( data P vs m) and Exponential fit (data F vs t)
(remember
that the fitting line should be solid, not with dots). Show the fitting equation and
the
factor of determination R2
c) Extract the value of A and B from the fitting and report WITHOUT any error
d) Don’t forget to include the unit of the quantities if applies
EXERCISE 1
F (N)
1
2
3
4
5
6
You can work on the graph below this text
x (m)
4
9
11
16
22
19
EXERCISE 3
DATA 1
mass (Kg) Momentum (Kgm/s)
3
13
6
23
9
38
12
46
15
58
18
70
time (s)
31
61
91
121
151
181
Force (N)
30000
12000
8000
5800
3000
1200
You can work on the graph below this text
elow this text
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