The 5 Classical Arguements Flashcards
- List the 5 Classical Arguements
- List the 4 Counter Arguements
Classical Arguements
- Cosmological Arguement
- Design Arguement
- Morality Arguement
- Special events & experiences arguement
- Probability Arguement
Counter Arguements
- Occams Razor
- Russels Teapot
- Evolution
- Big Bang Theory
The Cosmological Arguement is By?
What is the Cosmological Arguement about?
The Universe
Explain what the cosmological arguement says
Says
- Universe began somewhere, somehow
- The creator was “prime mover” or the “First Cause”
- We call it “GOD”
What was the example used to explain the cosmological arguement?
A Domino Rally was used
to explain the arguement
It said you hit pme domino - it causes all the others to fall
therefore same with the creation of the universe - there must be a first cause
Who made the Design Arguement?
The Greeks
What is the Design Arguement about?
Design of the Universe
Explain the Design Arguement
- It says universe is very well designed
- Designed in the smallest and largest dimensions
- Must have been designed by an Intelligent designer
- We Call Him God
What was the example used for Design Arguement?
By Who?
By: Rev Paley (english philosopher)
- Used a watchmaker analogy (comparison) as an example
- Watchmaker is an intelligent designer
Explain the Morality arguement
- Says all cultures, religions & philosophers share
common sense thinking
- The common sense thinkings are more or less the same
- E.g. Don’t Kill
Don't Steal
Feed The Poor
Ten Commandments (mostly)
Explain the special events arguement
- Says perosnal experiences or happenings that are attributed to God explain his existence
- e.g. Miracles
- Dreams
- Visions
- Voices
- Angels
Explain the Probability Arguement?
By Who?
- Says 67% chance God Exists
- By : Stephen D. Urwin (mathematician)
To which arguement is Ocams Razor adressed?
To: All Classical Arguements
Who is Occam?
Full Name?
- English Fransiscan
- Full Name: Willam of Ockham
What does Occams Razor say?
- Says the simpler the arguement = Always the better argument