Homework Solution: Given a hexagonal close packed crystal structure (depicted below) calculate the…

    Biomaterials Homework 1 Due Wednesday Sept. 6, 2017 Given a hexagonal close packed crystal structure (depicted below) calculate the height of the hexagonal prism, c, in terms of R and a. 1. Recall: volume of atoms in unit cell volume of unit cell Area of Hexagon- a2 Volume of prism area of base * c a=2R 2. Chromium forms a hexagonal close packed crystal structure. Determine the theoretical density of chromium nA
    Given a hexagonal close packed crystal structure (depicted below) calculate the height of the hexagonal prism, c, in terms of R and a. Recall: APF = volume of atoms in unit cell/volume of unit cell Area of Hexagon = 3 squareroot 3/2 a^2 Volume of prism area of base * c a=2R Chromium forms a hexagonal close packed crystal structure. Determine the theoretical density of chromium rho = nA/V_cN_a

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    Biomaterials Homework 1 Due Wednesday Sept. 6, 2017 Given a hexagonal cease packed crystal constitution (depicted underneath) reckon the summit of the hexagonal prism, c, in stipulations of R and a. 1. Recall: tome of atoms in individual cell tome of individual cell Area of Hexagon- a2 Tome of prism area of shameful * c a=2R 2. Chromium forms a hexagonal cease packed crystal constitution. Determine the speculative blindness of chromium nA
    Given a hexagonal cease packed crystal constitution (depicted underneath) reckon the summit of the hexagonal prism, c, in stipulations of R and a. Recall: APF = tome of atoms in individual cell/tome of individual cell Area of Hexagon = 3 squareroot 3/2 a^2 Tome of prism area of shameful * c a=2R Chromium forms a hexagonal cease packed crystal constitution. Determine the speculative blindness of chromium rho = nA/V_cN_a

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