One crystalline form of metallic playstationium (127.2 g/mol) is body centered cubic (BCC), in which the metallic radius is 120.0 pm. Determine the density of this playstationium.
19.8 g/cm3 |
12.3 g/cm3 |
17.1 g/cm3 |
11.7 g/cm3 |
13.4 g/cm3 |
One crystalline form of metallic playstationium (127.2 g/mol) is body centered cubic (BCC), in which the...
A hypothetical metal (W) has a body centered cubic crystal structure. Using a metallic radius of 139 pm for the W atom, calculate the density of W in grams per cubic centimeter. (1pm=10-12m) (Atomic weight of W is 183.84 g/mol)
A hypothetical metal (W) has a body centered cubic crystal structure. Using a metallic radius of 139 pm for the W atom, calculate the density of W in grams per cubic centimeter. (1pm=10 m) (Atomic weight of W is 183.84 g/mol) h
An element forms a body-centered cubic crystalline substance. The edge length of the unit cell is 287 pm and the density of the crystal is 7.92 g/cm3. Calculate the atomic weight of the substance. A. 63.5 amu O B. 48.0 amu C.56.4 amu OD. 45.0 amu
(a) Differentiate between Face- Centered Cubic (FCC) and Body-Centered Cubic (BCC) crystal structures. Why FCC metals are more ductile than BCC metals? 5 marks) (ii) show the relationship between the unit cell edge length, a, and the atomic radius, R, for a BCC crystal. Iron has a BCC crystal structure, an atomic radius of 0.124 nm, and atomic weight of 55.85 g/mol. Calculate its theoretical density Given: Avogardo's Number is 6.02 x 105 atoms/mol (5 marks) Figure 1 Determine the...
Calculate the density of metallic copper, which has a face-centered cubic unit cell with an edge length of 361.5 pm. A. 19.27 g/cm3 OB. 14.51 g/cm3 O C. 17.49 g/cm3 D. 8.935 g/cm3
A metal (FW 307.1 g/mol) crystallises into a body-centered cubic unit cell and has a radius of 2.40 Angstrom. What is the density of this metal in g/cm3? Enter to 2 decimal places.
Potassium crystallizes in a body-centered cubic lattice. The radius of a potassium atom is 230 pm. Determine the density of potassium in g/cm3
Manganese crystallizes with a body-centered cubic unit cell. The radius of a manganese atom is 127 pm. Calculate the density of solid crystalline manganese in grams per cubic centimeter.
Vanadium crystallizes in a body centered cubic structure and has an atomic radius of 131 pm. Determine the density of vanadium, if the edge length of a bcc structure is 4r/ .
Q1. (20 pts) A hypothetical metal (W) has a body centered cubic crystal structure. Using a metallic radius of 139 pm for the W atom, calculate the density of W in grams per cubic centimeter. (1pm=10 m) (Atomic weight of W is 183.84 g/mol)