thermal design course please solution all question by hand solution step by step

Thermal System Design Course Project OBJECTIVE: is to size a condenser given certain requirements which are based on your student number. PROJECT REPORT: The report will contain the following sections - Specification of design requirements which are deduced from the student number and initial calculations. No need to repeat information given herein. - Detailed sample of calculations to show all steps required to design. - Find the heat transfer coefficient for R134a from the given Figure for several vapor percentage - Summary of results which include iterations - Given the condenser sized is determined and assuming the value of UA is fixed, find the performance of the condenser under several off-design conditions which will be specified to you - For fulfilling SO7, search for tools (software packages) used to analyze heat exchangers. Search recent research activities related to advancing heat exchangers. For this part, the expected write-up is about half paper. Figure 11 Flow boiling heat transfer coefficient for micro-fin tube versus thermodynamic quality for R1234yf/R134a (56/44) Flat tube dimeasions Wall thickness =0.05mm tuyout of tabers. Condeasier tubc-rows sparing =1,5cm W=5.51.5+4(1.0)+2(0.5)W=12.5cm) use 30 tube rows alory. Hf H=24(1.5)+3005+2(1.5)