pls solve this question within 30 minutes....really needed and urgent asap with calculation ...pls do consider and thank your for your kindness.

(a) The poolation of silise wafer requirs conkisirat thictanes for evary wafer. The data of thicknees is listed in Table 1. Taeir canomer has maked querbises about whecher of not the proeess is eagable of producing wafers whtin their specificatione of 0.250mm0.005. Using the infursotion prowided in the table, eocstruet an appropriate process probahility distribution curve (f and R chart). Evalate the process capability (Cp and Cp) of the silioon wafer production. peschain moter antiond (12 Marks' Makib) SULT mic SLUT - 10. (E.PT 385) (b) A lower producer's rikk aed a lower consumer' i nilk are a roconmmed anppling pless for industry. Evalinate boch risks if the sample iiee is increwed, =(60,80, 100 and 120) and asceptance level, of (froen 1.40 4) at ascoptable qualify level (AQL) 0.01 and limiting quality (LQ) 0.06 condificm. ader (a) The production of silicon wafer requires consistent thickness for every wafer. The data of thickness is listed in Table 1. Their customer has raised questions about whether or not the process is capable of producing wafers within their specifications of 0.250mm0.005. Using the information provided in the table, construct an appropriate process probability distribution curve (x and R chart). Evaluate the process capability (Cp and Cpk ) of the silicon wafer production. [Pengeluaran wafer silikon memerlukan ketebalan yang konsisten untuk setiap wafer. Data ketebalan disenaraikan datam Jadual 4. Pelanggan mereka telah menimbulkan persoalan mengenai sama ada proses itu mampu menghasilkan wafer dalam spesifikasinya iaitu 0.250mm0.005. Menggunakan maklumat yang disediakan dalam jadual, bina sebuah lengkung taburan proses kebarangkalian yang sesuai ( x and R carta). Nilaikan keupayaan proses (Cp dan Cp) ) untuk pengeluaran wafer silikon] (b) A lower producer's risk and a lower consucner"s risk ate a recommenbed samplims plass for industry. Evaluste both risks if the sample siee is increase, in (60,80, 100 and 120 ) and acceptance Hevel, c (from 1 to 4 ) at acceptable quality level (AQL,) 0,01 and limining quality (L,Q) 0.06 condition. 0.04s