QUESTION 5 ALL plz thx

197 CLab CASI C Aus CA The C Cus C You C Hon Gdis (92) + Poly CPC Assi > SX SCH Mic > 11 > Mic C Qur c O ** C/Users/user/Downloads/S6H1112315%20Assignment%201%20(1).pdf 14 197 Pol CP MA Ch C You CHIC | tic Gas 192 C 19 C 19 + X SEI SI Mi CASCAS CMC CCThE CC *** | C:/Users/user/Downloads/Assignment%201%2021222%20(2).pdf Q6 E Microsoft Word - Assignment 1 2122 sem2 - 3/3 - 110% + 1 H + Assignment 1 ENGINEERING MATERIALS 5. 2 The following diffractometer data (expressed as 26 ) were generated from a specimen irradiated with radiation: 31.4571, 45.07989. 56.0180, 65.60870, 74.6068. 83.2010", (Given: = 1.517) a. Determine the crystal structure. b. Determine the indices of the planes that produce each of the peaks. c. Calculate the interplanar spacing, d (in nm), for each radiation. d. Calculate the lattice constant, a (in nm), for each radiation and determine the average of the lattice constant for all radiation. e. Calculate he atomic radius for each radiation (in nm) by assuming that the crystal is a pure mctal and on the basis of the hard-sphere approximation f Calculate the density (g/cm) of the element given that the atomic weight of the element is 95.84 g/mol. g. Identify the material. 3 Sketch and label the following directions and planes in cubic unit cells (one sketch ner cell)