**Electric Fields of Charged Particles**Part (a) of the figure shows two charged particles fixed in place on an x-axis with separation \( L \). The ratio \( q_1/q_2 \) of their charge magnitudes is \( 4.00 \). Part (b) of the figure shows the x component \( E_{\text{net},x} \) of their net electric field along the x-axis just to the right of particle 2. The x-axis scale is set by \( x_s = 30.3 \) cm.**Questions:**(a) At what value of \( x > 0 \) is \( E_{\text{net},x} \) maximum?(b) If particle 2 has charge -3e, what is the value of that maximum? Assume \( e = 1.602 \times 10^{-19} \) C.**Submit Answers:**(a) - **Number**: {Input Field}- **Unit**: m {Drop-down}(b) - **Number**: {Input Field}- **Unit**: N/C {Drop-down}**Explanation of Figures:**Figure (a):- Shows two charged particles on an x-axis. The particle on the left, labeled \( +q_1 \), and the particle on the right, labeled \( -q_2 \), are separated by a distance \( L \).Figure (b):- A graph depicting \( E_{\text{net},x} \) (in units of \( 10^8 \) N/C) versus \( x \) (in cm).- The x-axis ranges from 0 to \( x_s \).- The electric field is shown to increase sharply from -4 units to near 2 units as \( x \) increases and levels off as it approaches \( x_s \).

Given Data: The ratio of the charges is 4.Separation between the charges is L.The net electric…

Answered: Part (a) of the figure shows two…

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