The electric potential V as a function of position x is shown in the graph in the figure below. At x = 5 cm, the electric field is [ Select ] . At x= 10 cm, the electric field is [Sect] [ Select ]...


The electric potential V as a function of position x is shown in the graph in the figure below. At x = 5 cm, the electric field is<br>[ Select ]<br>. At x= 10 cm, the electric field is [Sect]<br>[ Select ]<br>directed in the negative x-direction and has a maximum magnitude.<br>directed in the positive x-direction and has a maximum magnitude.<br>zero.<br>10 V<br>-10 V<br>0.<br>10<br>15<br>x(cm)<br>Potential V (V)<br>

Extracted text: The electric potential V as a function of position x is shown in the graph in the figure below. At x = 5 cm, the electric field is [ Select ] . At x= 10 cm, the electric field is [Sect] [ Select ] directed in the negative x-direction and has a maximum magnitude. directed in the positive x-direction and has a maximum magnitude. zero. 10 V -10 V 0. 10 15 x(cm) Potential V (V)
The electric potential V as a function of position x is shown in the graph in the figure below. At x = 5 cm, the electric field is<br>[ Select ]<br>V. At x= 10 cm, the electric field is [Selct]<br>[ Select ]<br>directed in the negative x-direction and has a maximum magnitude.<br>zero.<br>directed in the positive x-direction and has a maximum magnitude.<br>10 V<br>-10 V<br>15<br>x(cm)<br>10<br>0.<br>Potential V (V)<br>

Extracted text: The electric potential V as a function of position x is shown in the graph in the figure below. At x = 5 cm, the electric field is [ Select ] V. At x= 10 cm, the electric field is [Selct] [ Select ] directed in the negative x-direction and has a maximum magnitude. zero. directed in the positive x-direction and has a maximum magnitude. 10 V -10 V 15 x(cm) 10 0. Potential V (V)

Jun 11, 2022
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