Consider f: A→B and let S, T ⊆ A. 1. Prove: f(S∩T)⊆f(S)∩f(T) 2. Draw a diagram that shows why this is a subset relationship and not set equality. In other words, show why there can be elements in f(S)∩f(T) that are not in f(S∩T). 3. How can f be limited so that equality occurs. In other words, how do you eliminate the problem in your drawing? 4. Which step in your proof is not reversible?
Consider f: A→B and let S, T ⊆ A. 1. Prove: f(S∩T)⊆f(S)∩f(T) 2. Draw a diagram that shows why this is a subset relationship and not set equality. In other words, show why there can be elements in f(S)∩f(T) that are not in f(S∩T). 3. How can f be limited so that equality occurs. In other words, how do you eliminate the problem in your drawing? 4. Which step in your proof is not reversible?
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Consider f: A→B and let S, T ⊆ A.
1. Prove: f(S∩T)⊆f(S)∩f(T)
2. Draw a diagram that shows why this is a subset relationship and not set equality. In other
words, show why there can be elements in f(S)∩f(T) that are not in f(S∩T).
3. How can f be limited so that equality occurs. In other words, how do you eliminate the problem in your drawing?
4. Which step in your proof is not reversible?
Expert Solution
Step 1
Hi! There are multiple questions. As per norms, we will be answering only one question. As nothing is specified, we will be answering only the first question. If you need the solution of for rest of the question then kindly re-post the question by specifying the required question.
For (1),
We are given, f: A→B and let S, T ⊆ A.
We need to prove that f(S∩T)⊆f(S)∩f(T).
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