1 Figure 1 shows a parallel plate capacitor with free space between the plates. An ideal source maintains a fixed potential difference,V subscript 0, between the two plates as shown in Figure 1 Q6 F1 Figure 1 Note that in this question the relative terms upper and lower are with respect to the x direction. Upper is used to describe the location of a surface of body with the more positive x position relative to another surface or body. Assume that the electrical field is confined totally between the conducting plates, i.e. there is no fringing of the field along the edges. Given this assumption complete the following table for the charge present in each of the specified regions by selecting a description from Table 1 below. Region Charge Description (enter 1,2,3,....., or 8) Lower Plate 5 Upper Plate 1 The free space region between the plates 7 The free space region not in between the plates 7 Table 1 Description 1 Positive surface charge on the lower surface. 2 Positive surface charge on the upper surface. 3 A positive volume charge distribution. 4 Negative surface charge on the lower surface. 5 Negative surface charge on the upper surface. 6 A negative volume charge distribution. 7 Zero charge. 8 None of the descriptions 1,2,3,...,7......please write answer that 5 1 7 7 is my prediction