The cells in the panels that make up the modules in the solar farm of Part 1 have been characterized as having the following PV parameters (tested under AM1.5 conditions): JSC=40mA/cm2, FF=75%, VOC=0.7V. For illumination conditions giving 300W/m2, calculate the output power density of your cells (mW/cm2). You may assume that FF remains the same, but VOC and JSC do not. Also, assume nkT = 25 meV and that J0 remains constant. (Required format: xx.xx)

The cells in the panels that make up the modules in the solar farm of

1.	The cells in the panels that make up the modules in the solar farm of Part 1 have been characterized as having the following PV parameters (tested under AM1.5 conditions): JSC=40mA/cm2, FF=75%, VOC=0.7V. For illumination conditions giving 300W/m2, calculate the output power density of your cells (mW/cm2). You may assume that FF remains the same, but VOC and JSC do not. Also, assume nkT = 25 meV and that J0 remains constant. (Required format: xx.xx)
Answer» 5.79 EXPLANATION:PLEASE MARK it as BRAINLIEST

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