Current I
(in A)
Voltage V (in V)
Increase
Decrease
Resistance R
(In Ω)
Average
Ratio R/Rrt
Temperature T
(In K)
T4 In K4
Power P=VI
(In Watt)
0.5
1.14
1.15
1.145
2.29
6.7352941
1450.566395
4.42742E+12
0.5725
0.6
1.89
1.86
1.875
3.125
9.1911765
1877.526944
1.24264E+13
1.125
0.7
2.68
2.54
2.61
3.728571429
10.966387
2173.868346
2.23323E+13
1.827
0.8
3.43
3.32
3.375
4.21875
12.408088
2408.519532
3.36512E+13
2.7
0.9
4.28
4.12
4.2
4.666666667
13.72549
2618.899741
4.70409E+13
3.78
1
5.14
4.92
5.03
5.03
14.794118
2787.028539
6.03345E+13
5.03
1.1
6.24
5.9
6.07
5.518181818
16.229947
3009.723855
8.20553E+13
6.677
1.2
7.03
6.84
6.935
5.779166667
16.997549
3127.390342
9.56596E+13
8.322
1.3
7.93
7.73
7.83
6.023076923
17.714932
3236.543462
1.0973E+14
10.179
1.4
9.2
8.93
9.065
6.475
19.044118
3436.829857
1.39519E+14
12.691
DETERMINATION OF STEFAN-BOLTZMANN CONSTANT
14
y = 9E-14x - 0,2158
12
POWER P=VI (IN WATT)
10
8
6
4
2
0
0
5E+13
1E+14
T4 IN K4
1,5E+14