Any explanations you could provide as well would be greatly appreciated. Thanks.

Question

Any explanations you could provide as well would be greatly appreciated. Thanks.

Circle only the word(s) that complete the sentence to be true. More than one word may apply The most stable microstructure(s) at 700 degree C for a eutectoid steel with C_o = 0.76wt%C are: An electrochemical cell will only result in corrosion if the following components are present: anode/cathode/voltmeter/electrolyte/electrical connection between anode and cathode/membrane. The atomic packing factor of FCC/BCC/HCP is identical due to the packing of decrease the grain size in a material when cooling it from above its transformation temperature. The microstructure on the left is indicative of hot working/annealing/cold working. Such a microstructure was likely then cold worked/annealed to produce the microstructure on the right. We would expect a material with the microstructure on the left to be softer/harder/stronger/weaker than a material with the microstructure on the right. Based on the sigma - epsilon curves at right, material B has higher tensile strength/ductility/Young's modulus than material A. An alloy with low/high hardenability would have greater/lower alloy content (e.g., Ni. Mo, Cr), and would most likely suffer from poor weldability. The creep rupture lifetime of a metal component will decrease if the temperature is raised/surface is smooth/the applied stress is increased. The elastic modulus of linear thermoplasts depends upon loading rate/operating temperature/secondary bonds/primary crosslinks/crystallinity.

Explanation / Answer

a. fine pearlite,

b. electrolite,

c. close packed,

d. nucleation rate,

e. cold working, annealed, softer

f. Youngs modulus

g. high hardenability, greater

h. temperature is raised,

i. secondary bond

Related Questions

Navigate

• Browse (All)
• Browse A
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.