Question 4. (a) Given two fields Ƒ =< F, +, · > and G =< G, B, □>, and an isomorphism σ : F → G. For every nonzero element a € F, show that o(a-¹) = o(a)-¹. (b) State whether true or false. Justify your answer: The field of quotients of any field F = F, +, ➤ is isomorphic to F. : (c) Given the set T := = {2m²3\€Z, \m, n = NU{0}}. Would you say that < T, +, · > is an integral domain? Justify your answer.

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Question 4.
(a) Given two fields Ƒ =< F, +, · > and G =< G, H, □>, and an isomorphism o: F→G.
For every nonzero element a EF, show that o(a-¹) = o(a)-¹.
(b) State whether true or false. Justify your answer: The field of quotients of any field
F = F, +, ➤ is isomorphic to F.
Given the set T := {243
2m +3m
\m, n = NU{0}}. Would you say that < T, +, · >
is an integral domain? Justify your answer.
Transcribed Image Text:Question 4. (a) Given two fields Ƒ =< F, +, · > and G =< G, H, □>, and an isomorphism o: F→G. For every nonzero element a EF, show that o(a-¹) = o(a)-¹. (b) State whether true or false. Justify your answer: The field of quotients of any field F = F, +, ➤ is isomorphic to F. Given the set T := {243 2m +3m \m, n = NU{0}}. Would you say that < T, +, · > is an integral domain? Justify your answer.
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