3- The limited solid solubility Binary phase diagram has many types of reactions likeand.......4- the Crystal Structure of y (Austenite) is J. (12-1394) at 2.44 wt% has fec.5- The maximum solubility of carbon in austenite, 2 occurs at 1147° C while the maximum solubility"wt%0.022 W+%of BCC isAt 727 oC*******6-steel alloys classified according to carbon conctration into.....n) and (hough).which are7- in polymer structure the long molecules are composed of structural entities calledrepeat & Chamthealongsuccessivelyrepeatedand8-polymer classified according to their molecular structure intohul(30Mark)

Given questions are related to material science. 3. The limited solid solubility Binary phase…

3- The limited solid solubility Binary phase diagram has many types of reactions like 4- the Crystal Structure of y (Austenite) is ... (12-1324) at 2.14 wt% has-FCC. 5- The maximum solubility of carbon in austenite, 2 occurs at 1147° C while the maximum solubility wt% 0.022 W+% of BCC is .......... At 727 oC

3- The limited solid solubility Binary phase diagram has many types of reactions like 4- the Crystal Structure of y (Austenite) is ... (12-1324) at 2.14 wt% has-FCC. 5- The maximum solubility of carbon in austenite, 2 occurs at 1147° C while the maximum solubility wt% 0.022 W+% of BCC is .......... At 727 oC

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Could someone explain in detail how to solve this problem please. I really dont understand it. Thank you so much.
Using the following information: ·A binary system of A and B metallic elements, which are partially soluble in the solid state. • Consider linear solidus, liquidus, solvus lines. • The melting point of element A is 1000 °C and the melting point of element B is 1250°C. • The system has a eutectic reaction which occurs at 750°C, at a composition of CE: 25 wt% A. · The solid solution formed in A rich region a; the maximum solid solubility of B in a is 7%wt at eutectic temperature and drops to 3%wt at room temperature. • The solid solution formed in B rich region is B; the maximum solid solubility of A in B is 5%wt at eutectic temperature and drops to 0%wt at room temperature. (b) Name all regions within the phase diagram.
The Iron-Carbon system: Phase Diagram 1. You heat treated a 1045 steel plate by heating it to 900°C and slowly cooling it to 725 °C, which is below the eutectoid temperature. What phases are present at 725°C? What are the compositions of each phase at 725°C? What are the weight fractions of each phase at 725°C? What microconstituents are present at 725°C? What are the compositions of each microconstituent at 725°C? What are the weight fractions of each microconstituent at 725°C?
Which line on the above phase diagram corresponds to the Solid-Liquid transition? Answer
3 Materials Science. From picture below.Describe in detail the phase transformations (showing cooling curves, corresponding optical backgrounds, etc.) that takes place during solidification of the following alloys:(a) 99% Cu - 1% Al(b) 96% Cu - 4% Al(c) 80% Cu - 20% Al
The lead and tin are partially dissolved in each other in solid state although they completely dissolved in liquid state. They form eutectic from solid solutions alfa (a) and beta (B) at alloying composition 62% tin and 38% lead, the eutectic forming temperature is 184°C. Alfa contained 20% tin dissolved in 80% lead at 184°C while beta consist of lead dissolved in tin at 184°C. If the 100 g of eutectic contained 45.5 g of alfa at 184°C.Knowing that the melting temperatures of lead and tin are 329°C and 232°C respectively, and the solubility of tin and lead in each other's diminished to zero at room temperature. Answer the following a) Plot the phase diagram for lead-tin system label all phases and temperature. b) What is the composition of beta at eutectic temperature. c) For 40 % lead alloy calculate the phase amount and composition at 350°C, 170°C, and Tr
In a binary Fe-Fe3C system, what is the transformation that occurs when cooling an austenistic mixture of 2% C by weight from 1100°C to below the eutectoid temperature? What is the microstructure, and how is it formed? What are the concentrations of the total and partial phases? Data: eutectoid temperature: 723 ºC, eutectoid concentration: 0.76% C, limit concentration of ferrite: 0.022%, limit concentration of cementite: 6.7%.
3
Solubility limit is the (1) concentration of solute that may be added (2) the formation of a new phase. (1) = minimum, (2) = without. (1) = maximum, (2) = with. (1) = maximum, (2) = without. (1) = minimum, (2) = with.
do not provide wrong solution
According to the following graph, two samples of 1080 steel are cooled from the eutectoid temperature, one at a cooling rate of 250°C/s and the other at a cooling rate of 7.27x10-8 °C/s. Specify the phases obtained and explain their formation from thermodynamic and kinetic perspectives. Also, briefly describe their formation. Draw the microstructure of the phases obtained. Sıcaklık (C) 800 700 600 500 400 300 200 100 0 10 1 T M(başlama) M(% 50) M(% 90) 10 M+O -Otektoid Sıcaklık 10² Zaman (s) % 50 10³ 104 105
1. Specify all temperature-compositicn points at which eutectics, eutectoids and peritectics. At 700 degrees Celsius and composition of 20% by weight of copper, calculate the compositions by fraction of each phase for copper? 1700 1500 L. 1300 1100 900 TiCu- 700 Ti:Cu4 500 20 40 60 (Ti) Composition (wt% Cu) to (0o) anjesedwa