3. ZAPIS OBLICZEŃ DO ĆWICZENIA .
s
sec 10
6
−
⋅
:=
i
1 8
..
:=
j
1 6
..
:=
k
1 6
..
:=
t1
i
167
μs
⋅
161
μs
⋅
167
μs
⋅
176
μs
⋅
168
μs
⋅
163
μs
⋅
156
μs
⋅
153
μs
⋅
:=
t2
i
124
μs
⋅
113
μs
⋅
144
μs
⋅
111
μs
⋅
147
μs
⋅
142
μs
⋅
121
μs
⋅
146
μs
⋅
:=
t3
i
135
μs
⋅
118
μs
⋅
135
μs
⋅
133
μs
⋅
129
μs
⋅
133
μs
⋅
134
μs
⋅
128
μs
⋅
:=
t4
i
131
μs
⋅
129
μs
⋅
123
μs
⋅
135
μs
⋅
139
μs
⋅
124
μs
⋅
131
μs
⋅
130
μs
⋅
:=
t5
i
125
μs
⋅
131
μs
⋅
127
μs
⋅
119
μs
⋅
122
μs
⋅
118
μs
⋅
120
μs
⋅
125
μs
⋅
:=
t6
i
114
μs
⋅
120
μs
⋅
119
μs
⋅
121
μs
⋅
126
μs
⋅
112
μs
⋅
112
μs
⋅
116
μs
⋅
:=
ϕ
k
3 deg
⋅
5 deg
⋅
7 deg
⋅
9 deg
⋅
11 deg
⋅
13 deg
⋅
:=
Średnie wartości czasu dla poszczególnych kątów
tsr
1
1
8
i
t1
i
∑
=
8
:=
tsr
2
1
8
i
t2
i
∑
=
8
:=
tsr
3
1
8
i
t3
i
∑
=
8
:=
tsr
4
1
8
i
t4
i
∑
=
8
:=
tsr
5
1
8
i
t5
i
∑
=
8
:=
tsr
6
1
8
i
t6
i
∑
=
8
:=
tsr
j
-4
1.639·10
-4
1.31·10
-4
1.306·10
-4
1.303·10
-4
1.234·10
-4
1.175·10
s
=
Wartości prędkości dla poszczegolnych kątów
g
9.81 m
⋅
sec
2
−
⋅
:=
l
45 cm
⋅
:=
v
k
2 g
⋅ l
⋅ 1
cos
ϕ
k
( )
(
)
−
⋅
:=
v
k
0.11
0.183
0.257
0.33
0.403
0.476
s
1
−
m
⋅
=
M
170 g
⋅
:=
R
35 mm
⋅
:=
E
20 10
10
⋅
N
⋅ m
2
−
⋅
:=
τ
k
M
2
E
2
R
⋅ v
k
⋅
1
5
:=
τ
k
-3
1.784·10
-3
1.611·10
-3
1.506·10
-3
1.432·10
-3
1.376·10
-3
1.331·10
kg
0.4
−
s
0.2
m
0.4
⋅
⋅
=
Zależność ln(v) -ln(τ
τττ)
0.1
0.2
0.3
0.4
0.5
1.3 10
3
−
×
1.4 10
3
−
×
1.5 10
3
−
×
1.6 10
3
−
×
1.7 10
3
−
×
1.8 10
3
−
×
trace 1
Niepewności pomiarowe a i b:
a
6
1
6
j
v
j
tsr
j
⋅
(
)
∑
=
⋅
1
6
j
v
j
∑
=
1
6
j
tsr
j
∑
=
⋅
−
6
1
6
j
v
j
( )
2
∑
=
⋅
1
6
j
v
j
∑
=
2
−
:=
b
1
6
1
6
j
tsr
j
∑
=
a
1
6
j
v
j
∑
=
⋅
−
⋅
:=
a
9.969
−
10
5
−
×
s
2
m
1
−
⋅
=
b
1.62
10
4
−
×
s
=
ua
6
6
2
−
1
6
j
tsr
j
( )
2
∑
=
a
1
6
j
v
j
tsr
j
⋅
(
)
∑
=
⋅
−
b
1
6
j
tsr
j
∑
=
⋅
−
6
1
6
j
v
j
( )
2
∑
=
⋅
1
6
j
v
j
∑
=
2
−
⋅
3.154
10
5
−
×
s
2
m
1
−
⋅
=
:=
ub
ua
1
6
1
6
j
v
j
( )
2
∑
=
⋅
⋅
1.005
10
5
−
×
s
=
:=