## 3 Results  
The variations of the low-frequency and broadband electric field effective values recorded for 24 h and the best fit curves fitted to these values are shown in Figure 5 and Figure 6, respectively. In Figure 5, since it is the entrance of the house and there is a single lamp and wireless modem in this environment, it is seen that the average electric field in this environment is the highest (157.55 V/m), but the change around this average (std) is 2.5 V/m. In other words, whether the lamp at the entrance is on or off does not have much of an effect on the electric field. It can be seen that the highest measured electric field value is 174 V/m and the lowest is 76 V/m. It is seen that all measured electric field values are well below the 5000 V/m limit value determined by ICNIRP for public environments; the highest measured value is 174 V/m, which corresponds to 3.48% of the limit value. In Figure 6, it can be seen that the average and standard deviation (std) of the electric field in the entrance environment where the wireless modem is located and the living room environment located nearby are larger than the other two environments. Figure 5: Variation of 5 (**a**) bedroom, 5 (**b**) livingroom, 5 (**c**) entrance and 5 (**d**) kitchen 50 Hz electric field measurement values according to the number of measurements in the home environment. Figure 6: Variation of 6 (**a**) bedroom, 6 (**b**) livingroom, 6 (**c**) entrance and 6 (**d**) kitchen broadband electric field measurement values in the home environment over time. As a result of using three LED lamps and a mobile phone in the bedroom environment until going to bed and leaving it to charge without turning it off, the electric field value was measured higher than in the kitchen environment. It can be seen that the electric field values measured in the kitchen, which is far from the wireless modem and where there are not many mobile phones, are quite low. Table 4 gives the statistical results of the 50 Hz and broadband electric field effective values for four environments. According to Table 4, the highest electric field value is 71 V/m, which corresponds to 116.39% of the limit value (61 V/m) determined by ICNIRP. The lowest value is 2 V/m. Again, it is seen that the electric field value is very high in the environments where the wireless modem is located and near it (living room and entrance), above the limit value of ICNIRP. According to the measurement results, ICNIRP's limit value was exceeded 10 times, 7 times in the living room environment, and 3 times in the entrance environment. Figure 7 shows the variations of low-frequency density values and the best fit curves fitted to these values depending on the electric field values. For example, the density (probability of occurrence) of 149 V/m in the bedroom is 0.2. Figure 8 shows the variations of broadband density values and the best fit curves fitted to these values. Figure 8 shows that the variations in the bedroom and kitchen have a narrower band, while the variations in the other two environments where the wireless modem is located have a wider band. \begin{table}
\begin{tabular}{c c c c c} \hline
**50 Hz/Broadband** & **Bedroom** & **Livingroom** & **Break (Entrance)** & **Kitchen** \\ \hline E\({}_{\text{min}}\) (V/m) & 144/4 & 76/2 & 153/9 & 84/4 \\ E\({}_{\text{max}}\) (V/m) & 157/59 & 174/71 & 164/63 & 166/16 \\ E\({}_{\text{average}}\) (V/m) & 149.11/7.75 & 112.22/18.31 & 157.55/35.78 & 156.03/4.66 \\ E\({}_{\text{std}}\) (V/m) & 1.63/8 & 22.65/13.46 & 2.5/10.61 & 17.56/1.08 \\ \hline \end{tabular}
\end{table} 
Table 4: Some statistical values of 50 Hz and broadband-sourced electric field measurement in a home environment. Figure 7: Density changes of 50 Hz 7 (**a**) bedroom, 7 (**b**) livingroom, 7 (**c**) entrance and 7 (**d**) kitchen source electric field measurements made in four different environments and curves fitted to these changes. Figure 9 shows the cumulative probability values (percentage of success) of 50 Hz measurements and the changes in the best-fit curves fitted to them.