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5. Consider Region Of Space In Which There Is A Constant Electrie Field - 240 N/C. We Want To Know T

5. Consider region of space in which there is a constant electrie field - 240 N/C. We want to know the electric potential difference between a point at = 0.25 m and a point at r=0.5 m (assume the field is constant over this entire area). What is the potential difference? a. 240 V Oxzars 7 noy b. 960 V 240 6.25 C. 60 V quer.s) - 2900.25) d. 120 V S 120-60 240x16 0 OV 6. In a particular region of space the electric potential is VZ) = +22002 - 1207 where 220 and 120 have the appropriate units for V to be measured in volts, assuming is in meters. What is the electric field at 1 2.5 m? a. 430 V/m (1440X b. 320 V/m c550 V/m ungline d. 980 V/m fun002.5) 2170 e. 1075 V/m caro 7. Consider an equilateral triangle with side of length 0.005 m. At two of the vertices we place two identical charge of 4.5 nC. What is the electrie potential at the third vertex (assume the usual pero point)? 1.casiouns a. 8,100 V .b. 16,200 V Coors - c. 1.6 x 105 V d. 32 x 10 V OV cung = 0.000014 8. Which of the following is true of capacitors wired in series? The electric potential aerons each one is the same. ? The charge on each one is the same. e. The capacitance of each one is the same. d. The current through the first one is greatest and the current through the Inst in lent e. All of the above are true.