2. Based on the diagrams that you have plotted, nd the maximum potential difference If\" and ax maXImum current {m . Km (W Im W Note that Knox and 1;.\" are usually the corresponding data in the last boxes of Table 1. Determine half-maximum potential difference VH2 (V) and half-maximum current 11h (A) VIn (V): 11/2\"): Note: V1,: = me/Z and 11/2 = {max/2. From the " Potential Difference Vys Time ?" diagram that you have plotted, find the time when V: Vyg, $2; and from the "Current IVS Time '1'" diagram that you have plotted, find the time when I: 11/2, '?1{,2. '?C l?)' 1" l'?l' 1f2 ' 1/2, ' Note: A ruler or other tools may be helpful in order to obtain the results more accurately. Find the average half-life '?'f}' with the above results. tit? ('2'): .9 9c 91 Note. ff\"; .(. 1/2 +.1/2)/2 Substitute ?f}' to leq5) in "Introduction" to calculate the time constant 1\"\"? . fave 1"? )