A mathematician was attempting to sort his chalk into three categories. Of the 48 bits of chalk he had collected, 24 were too small to use, 17 were very pointy, 6 produced dotted lines, 20 were too small and not very pointy, 28 were too small or produced dotted lines, 22 were very pointy or produced dotted lines, and 19 were too small to use and not very pointy and did not produce dotted lines. (a) Draw, and fully label, a Venn diagram representing the given information. (b) How many pieces of chalk were too small to use or very pointy or produced dotted lines? (c) How many pieces of chalk were neither too small nor produced dotted lines? (d) How many pieces of chalk were neither too small nor very pointed nor produced dotted lines?
A mathematician was attempting to sort his chalk into three categories. Of the 48 bits of chalk he had collected, 24 were too small to use, 17 were very pointy, 6 produced dotted lines, 20 were too small and not very pointy, 28 were too small or produced dotted lines, 22 were very pointy or produced dotted lines, and 19 were too small to use and not very pointy and did not produce dotted lines. (a) Draw, and fully label, a Venn diagram representing the given information. (b) How many pieces of chalk were too small to use or very pointy or produced dotted lines? (c) How many pieces of chalk were neither too small nor produced dotted lines? (d) How many pieces of chalk were neither too small nor very pointed nor produced dotted lines?
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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Question
Please write answers in a way that is easy to follow for someone very confused . If you can’t solve all parts please solve c and d
Expert Solution
Step 1: Introduction
Let denote the chalk too small to use.
denote very pointy and denote produced dotted line.
Therefore using given information, we have:
We know following identity of sets:
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