My orders
How it works
Examples
Reviews
Blog
Homework Answers
Submit
Sign in
How it works
Examples
Reviews
Homework answers
Blog
Contact us
Submit
Fill in the order form to get the price
Subject
Select Subject
Programming & Computer Science
Math
Engineering
Economics
Physics
Other
Category
Statistics and Probability
Calculus
Differential Equations
Quantitative Methods
Discrete Mathematics
Financial Math
Real Analysis
Abstract Algebra
Linear Algebra
Complex Analysis
Functional Analysis
Differential Geometry | Topology
Combinatorics | Number Theory
Analytic Geometry
Operations Research
Other
Deadline
Timezone:
Title
*
Task
*
3.1. Russell’s paradox discovered by Bertrand Russell in 1901, showed that the naive set of theory of Frege leads to a contradiction. It might be assumed that, for any formal criterion, a set exists whose members are those objects (and only those objects) that satisfy the criterion; but this assumption is disproved by a set containing exactly the sets that are not members of themselves. If such a set qualifies as a member of itself, it would contradict its own definition as a set containing sets that are not members of themselves. On the other hand, if such a set is not a member of itself, it would qualify as a member of itself by the same definition. This contradiction is Russell’s paradox. HOW WOULD YOU EXPLAIN THIS PARADOX TO YOUR STUDENTS? HOW CAN YOU ESCAPE FROM THIS PARADOX?
I need basic explanations
Special Requirements
Upload files (if required)
Drop files here to upload
Add files...
Account info
Already have an account?
Create an account
Name
*
E-mail
*
Password
*
The password must be at least 6 characters.
I agree with
terms & conditions
Create account & Place an order
Please fix the following input errors:
dummy