Assignment 1 (Spring 2022) Group Assignment (3 to 4 students per group) For the HDA process, 1. Calculate the mixing temperature after combining the toluene feed (Stream 1) and the recycled toluene (Stream 11) in V-101 to get Stream 2, which is leaving pump P-101 to the next part of the process. Compare your results (flowrate, composition and temperature with that reported in the textbook for Stream 2. 2. Calculate the mixing temperature after combining the H2 gas feed (Stream 3) with the recycled gas (Stream 5) that leads to a stream call it Stream A. 3. Calculate the mixing temperature that combines Stream 2 (from part 1) with the resulting mixed gas stream (Stream A in part 2) that leads to a new stream, call it Stream B which will enter E-101 Note 1: Search for Cp (kJ/kg.K) as a function of temperature and use it in all your calculations. Use excel solver to find the resulting temperature in all parts. Note 2: Submit your solution in report format along with the excel solution