h) Why did the steelworkers introduce the carbon into the metal? What role does it play and how does it work? i) Compare the densities of austenite and martensite. The following space-filling diagrams may help. Assume the unit cells are the same size. side of cube diagonal across face of cube Austenite Martensite j) Improved gas mileage is an increasingly important goal in car construction. Gas mileage will increase as density: increases decreases side of cube side of cube

h) Why did the steelworkers introduce the carbon into the metal? What role does it play and how does it work? i) Compare the densities of austenite and martensite. The following space-filling diagrams may help. Assume the unit cells are the same size. side of cube diagonal across face of cube Austenite Martensite j) Improved gas mileage is an increasingly important goal in car construction. Gas mileage will increase as density: increases decreases side of cube side of cube

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

a) Distinguish the gap between conduction band and valence band for metallic conductor and insulator. Explain how metal conducts electricity based on the movement of electron between these bands.
Apply the concepts of molecular orbital theory to solids (band structure, valence band, conduction bond, band gap, holes, insulator, conductor, semiconductors, intrinsic semiconductors, doped semiconductors, n-type semiconductor, p-type semiconductor)
Ahypothetical alloy has a face-centered cubic unit cell.Its density is 10,470kg/m3 and its atomic weight is 106.8 g/mole. a. What is the atomic radius of the alloy in cm? b. What is the volume of the single atom of the alloy in cm3 ?
H 11
Consider the band diagrams below, which of them represents an n-type semi-conductor? A B C D D A Energy O O O O
Amining crew extracted two diferent types of minerals from underground. Then, they transferred the same amount.of energy into both minerals. Why did mineralA change while mineral B stayed the same? Explan what happened to the molecules of beth minerals. mineral A. mineral A. phase; solid phase: liquid energy transferred mineral B. mineral B in phase: solid phase: solid before after
Supercooling is: a. a process in which liquid freezes at higher temperature than it's freezing point when left unstirred b. a process in which liquid becomes solid at OoC c. a process in which liquid freezes at lower temperature than it's freezing point when stirred d. a process in which liquid freezes at lower temperature than it's freezing point when left unstirred
hypothetical alloy has a face centered cubic unil cell. Its density is 10.470 kg/m² and its atomic weight is 106.8 g/mole. a) What is the atomic radius of the alloy in cm² b) What is the volume of the single atom of the alloy in cm²?
What allotrope of tin is most stable at low temperatures? O Gray White Brown O Tin does not have allotropes