(d-1) From the graph shown, which point(s) represent(s) a state of the alloy (%CW) where it starts showing necking under higher stress compared to point "O (a) A (b) B (c) C (d) A & B (e) A & C (O B&C (d-2) From the graph shown, which point(s) represent(s) a state of the alloy (%CW) where it is more stretchable compared to point "O" (a) A (b) B (c) C (d) A & B (e) A & C () B& C (d-3) From the graph shown in part (3-d) above , which point(s) represent(s) a state of the alloy (%CW) where it starts yielding under higher stress compared to point "O" (a) A (b) в (c) C (d) A & B (e) A & C ) B&C

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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(d) Choose the correct answer for the following questions
(d-1) From the graph shownm, which point(s) represent(s) a state of the alloy (%CW) where it starts
showing necking under higher stress compared to polnt "O
(а) А.
(b) B
(c) C
(d) A & B
(e) A & C
(O B&C
(d-2) From the graph shown, which point(s) represent(s) a state of the alloy (%CW) where it is
more stretchable compared to point "O"
(a) A
(b) в
(с) С
(d) A & B
(e) A & C
() B& C
(d-3) From the graph shown in part (3-d) above , which point(s) represent(s) a state of the alloy
(%CW) where it starts yielding under higher stress compared to point "O"
(а) А
(b) B
(e) C
(d) A & B
(e) A & C
() B& C
Transcribed Image Text:(d) Choose the correct answer for the following questions (d-1) From the graph shownm, which point(s) represent(s) a state of the alloy (%CW) where it starts showing necking under higher stress compared to polnt "O (а) А. (b) B (c) C (d) A & B (e) A & C (O B&C (d-2) From the graph shown, which point(s) represent(s) a state of the alloy (%CW) where it is more stretchable compared to point "O" (a) A (b) в (с) С (d) A & B (e) A & C () B& C (d-3) From the graph shown in part (3-d) above , which point(s) represent(s) a state of the alloy (%CW) where it starts yielding under higher stress compared to point "O" (а) А (b) B (e) C (d) A & B (e) A & C () B& C
2. The dameter of a bar abricaled from an allay wlth properties showa in figure below redaced fromm
an inltial 1.2 in to a 1.0 In diameler, to a final 1.8 in. diameter.
For parts a, b. and when using the graph, you can ignore the marked paints A. B. C, and O
0) Determine the % CW nfter the first step of the process
b) Determine the yield stress (in ksi) after the first step of the process
t) Determine the % CW after the second step of the proces
22 Tensile srengin (ks
20
18
Yicld strength s)
16
14
10
Elongatie ()
Percent cold ssok
Transcribed Image Text:2. The dameter of a bar abricaled from an allay wlth properties showa in figure below redaced fromm an inltial 1.2 in to a 1.0 In diameler, to a final 1.8 in. diameter. For parts a, b. and when using the graph, you can ignore the marked paints A. B. C, and O 0) Determine the % CW nfter the first step of the process b) Determine the yield stress (in ksi) after the first step of the process t) Determine the % CW after the second step of the proces 22 Tensile srengin (ks 20 18 Yicld strength s) 16 14 10 Elongatie () Percent cold ssok
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