1. Simple Cubic: (Let r = 1.00 A) Show all work. Can you please explain this...

Question

Question

1. Simple Cubic: (Let r = 1.00 A) Show all work. Can you please explain this in detail on how to do this?

a) calculation of the length of a face diagonal (F):

b) Calculation of the % void space:

Answer 1

Answer #1

γ= }.oo n aL a IS aca diagom Suve Volume ơf efwfL 24 3 3 24 & X 1o o.S2 33 52, 33 % 100-е ご 100-52. 32

Answer 2

Similar Homework Help Questions

2. Face-Centered Cubic (let r = 1.00A Show all work A) calculation of the length of...

2. Face-Centered Cubic (let r = 1.00A Show all work A) calculation of the length of the until cell edge(a) b) Calculation of the % void space
Please show all your work for this problem. Thank you so much in advance. (If you...

Please show all your work for this problem. Thank you so much in advance. (If you do this using left hand and right hand limits, please show every single step). 3) Let f(x) = x for x < 1, and ax2 + b for 2 > 1. Find all (a, b) such that f(x) is differentiable on all of R.
Please show all work. 6. To contain 32 cubic meters of grain, we need to design...

Please show all work. 6. To contain 32 cubic meters of grain, we need to design an open box (that is, without top), of minimum area. Find the dimensions. Must justify in detail. Do not use Lagrange multipliers.

Can you please explain how you did it and show all of your work Brett wants...

Can you please explain how you did it and show all of your work Brett wants to sell throw blankets for the holiday season at a local flea market. Brett purchases the throws for $15 and sells them to his customers for $35. The rental space is fixed fee of $1,500 for the season. Assume there is no leftover value for unsold units. If he orders 200 and demand is 150, what is the payoff? O a. $50 b. $2,800...
Can someone please explain to me in detail how to do this problem? Please show all...

Can someone please explain to me in detail how to do this problem? Please show all of the work and do not skip any steps! What is the pH at the equivalence point in the titration of 10.0 mL of 0.35 M unknown acid HZ with 0.200 M NaOH? Ka = 2.4x10-7 for the unknown acid HZ A] 7.00 B] 10.1 C] 4.14 D] 9.86
Can somone please explain how to graph this, please show work and explain where you get...

Can somone please explain how to graph this, please show work and explain where you get the numbers. Thank you Draw the that z 0 m at t = 08.(Figuro 1) graph for the velocity 1 o1 No elements selected r(m) y, (m/s) t (s) 10 12

can you show all work and explain please i am having trouble point charge is located...

can you show all work and explain please i am having trouble point charge is located at x - 1.00 m, y -3.00 m; and a 4.00uC point charge Find the magnitude and direction of the electric field at x -3.00 m, y is located at x 2.00 m, y -2.00 m. 1.00 a. m. n of the force on a proton at x-3.00 m, y Find the magnitude and direction 1.00 m. b.
Please show all work so I can gain a better understanding. Thank you! (Let X ⊂ R n be non-empty a...

Please show all work so I can gain a better understanding. Thank you! (Let X ⊂ R n be non-empty and let A be an n×n matrix. Show that A[co (X)] = co (A[X]). Here co means convex hull.) Exercise 17: Let X C Rn be non-empty and let A be an n × n matrix. Show that Alco (X)-co (A Here co means convex hull. ) Exercise 17: Let X C Rn be non-empty and let A be an...
Can you please show all work and calculations. Also can you explain how you got the...

Can you please show all work and calculations. Also can you explain how you got the answer! Thank you so much! 1·The electrons in the beam of a TV set initially move horizontally from west to east. The vertical component of the earth's magnetic field points down, toward the surface of the earth. In what direction are the electrons deflected by this field component? a. due south b. due west c. due east d. due north

Please list all assumptions, show all work, and respond as fast as you can :) Thank...

Please list all assumptions, show all work, and respond as fast as you can :) Thank you! 1. According to State Postulate, how many thermodynamic properties are needed to define the intensive state of a simple compressible system? List three groups of thermodynamic properties that can determine the state.