Using the parity equations from question 4, calculate parity bits p1, p2, and p4 for the received code ‘10110110’ and determine which bit needs to be corrected. the bit order is {p1, p2, d1, p4, d2, d3, d4, ded}. 10 pts. hint: the failing bit can be determined by doing an exclusive or of the received parity and the calculated parity bits. for example, if the received parity for p4, p2, p1 is 0,0,1 and the calculated parity for p4, p2, p1 is 0,1,0, then a bit by bit xor would result in 0,1,1. converting 011 to decimal would be 3, indicating that the bit in position 3 needs to be corrected

A3-mm-thick panel of aluminum alloy (k 177 w/m-k, c 875 j/kg-k and ? = 2770 kg/m) is finished on both sides with an epoxy coating that must be cured at or above t,-150°c for at least 5 min. the production line for the curing operation involves two steps: (1) heating in a large oven with air at ts,0-175°c and a convection coefficient of h, 40 w/m2. k, and (2) cooling in a large chamber with air at 25°c and a con- vection coefficient of he 10 w/m2.k. the heating portion of the process is conducted over a time interval te which exceeds the ime required to reach 150°c by 5 min (h = r + 300 s). the coating has an emissivity of ? = 0.8, and the temperatures of the oven and chamber walls are 175 and 25°c, respectively. if the panel is placed in the oven at an initial temperature of 25°c and removed from the chamber at a safe-to-touch tempera ture of 37°c, what is the total elapsed time for the two-step curing operation?