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Face centered cubic (FCC) crystal structure has higher atomic packing factor than Body- centered cubic (BCC) structure.

The equilibrium separation between two atoms can be easily found by finding the distance at which the net bonding energy between the two atoms goes to zero.

Which of the following is NOT an external requirement for photosynthesis (i.e. it doesn’t have to be obtained from the photosynthetic organism’s environment)?

Indicate the type of bonding for the following material. If more than one type, include all. Au0.95Cu0.05

The equilibrium separation between two atoms can be easily found by finding the distance at which the net force between the two atoms is at minimum.

Which of the following contains the least amount of energy.

Indicate the type of bonding for the following material. If more than one type, include all. Tungsten

A nurse is reinforcing teaching with a client who reports taking bisacodyl daily. Which of the following information should the nurse include?

A nurse is planning a menu for a client who has folic acid deficiency anemia and is selecting food high in folic acid. Which of the following should the nurse include?

Note: Show your calculations clearly on the paper and show your work clearly on the graph or else you will lose points! Given the phase diagram below: a) Redraw/highlight the eutectic line and write down the eutectic temperature. b) Fill in blank the phase fields using common nomenclature (liquid; a, b, g, d, etc. for solid phases). Mark eutectic point determine eutectic temperature and write the eutectic reaction. c) At 75 wt. % B, and starting from 100% liquid, at what temperature would the material first begin to solidify?  At what temperature would the material be entirely solid? d) At 75 wt. % B, indicate on the phase diagram what phases are present at 625 ºC. To the best of your ability, estimate the composition of all of the phases present at 625 ºC.  Which of the phases present at 625 ºC has the highest fraction? (show your calculations in detail) e) Using the answers that you find in d, calculate the densities of the phases present. (Densities of phases A and B are 8.96 g/cm3 and 7.13 g/cm3 respectively)