Extra Credit
Instructions
EXTRA CREDIT BASED ON MODULE 4
Here is an opportunity for some extra credit, based on your reading of Kant and Hume. Of course, extra credit implies that y
the regular credit
CRITICAL APPLICATOIN EXERCISE 1 PLATO
Now that you have read the Apology and the Meno, understood the key themes, and
watch The Truman Show, its time to gather and col
Reading Questions for Descartes
These questions need not be answered in any formal way. They are just meant to help you or
guide you in your reading. They will each and all be addressed in the lecture
1
PHL 280 Critical Thinking
J.D. Singer
*Name: Sean Keyser
Exam Four
*Due in MY MAILBOX (Philosophy department, corner of
Clifton and Fullerton) by 2:00pm on Friday, June 10
*NOTE: You must attach you
1
PHL 280 Critical Thinking
J.D. Singer
*Due in class Thursday, June 2
*Name: Sean Keyser
Exam Three
*This exam will be worth 20% of your grade, so its worth 20 points of your
cumulative average. Give
1
PHL 280 Critical Thinking
J.D. Singer
*Due in class Thursday, June 2
*Name: Sean Keyser
Exam Three
*This exam will be worth 20% of your grade, so its worth 20 points of your
cumulative average. Give
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David Foster Wallace, Kenyon Colleg
BLACK LOOKS
Chapter 12
Revolutionary Renegades
Native Americans, African Americans,
and Black Indians
We are drawn by our origins as welt as our destiny in Ib
BEYOND
GOOD and EVIL
-:<>-
Prelude
to a
Philosophy of the Future
by
FRIEDRICH NIETZSCHB
Who-.
Translated, with Commentary,
by
WALTER KAUFMANN
V I N T A G E B 0 O K S
A DIVISION OF RANDOM HOUSE, INC.
FRIEDRICH NIETZSCHE
The Gay S creme
With (1 Prelude in German Rhymes
and an Appendix of Songs
EDITED BY
BERNARD WILLIAMS
All Souls College, Oxford
TRANSLATED BY
JOSEFINE NAUCKHOFF
Walee Forest Unive
How to Answer Philosophy Questions
Liam Shields: [email protected]
A Good Introduction
State the answer you will give up-front. This is not a murder mystery novel!
Give an unequivocal answer
1
a)
VI(P Q) = 1
iff V1(P Q) = 0
iff V1(P Q) = 1
iff I(P) = 1 or I(Q) = 1
b)
V1(A A) = 1
iff V1(A A) = 0
iff I(A) = 0 and V1(A) = 1
iff I(A) = 1 and I(A) = 0
c)
V1(A B) A) = 1
iff V1(A B) A) = 0
iff V
1
a)
b)
c)
d)
e)
f)
g)
False, as the set can entail a conclusion that has a truth value dependent on the premises.
False, as the set of inconsistent premises can entail any conclusion
False, as the se
1
a)
VI(P Q) = 1
iff V1(P Q) = 0
iff V1(P Q) = 1
iff I(P) = 1 or I(Q) = 1
b)
V1(A A) = 1
iff V1(A A) = 0
iff I(A) = 0 and V1(A) = 1
iff I(A) = 1 and I(A) = 0
c)
V1(A B) A) = 1
iff V1(A B) A) = 0
iff V
1
a)
VI(P Q) = 1
iff V1(P Q) = 0
iff V1(P Q) = 1
iff I(P) = 1 or I(Q) = 1
b)
V1(A A) = 1
iff V1(A A) = 0
iff I(A) = 0 and V1(A) = 1
iff I(A) = 1 and I(A) = 0
c)
V1(A B) A) = 1
iff V1(A B) A) = 0
iff V
1
a)
VI(P Q) = 1
iff V1(P Q) = 0
iff V1(P Q) = 1
iff I(P) = 1 or I(Q) = 1
b)
V1(A A) = 1
iff V1(A A) = 0
iff I(A) = 0 and V1(A) = 1
iff I(A) = 1 and I(A) = 0
c)
V1(A B) A) = 1
iff V1(A B) A) = 0
iff V
1
a)
VI(P Q) = 1
iff V1(P Q) = 0
iff V1(P Q) = 1
iff I(P) = 1 or I(Q) = 1
b)
V1(A A) = 1
iff V1(A A) = 0
iff I(A) = 0 and V1(A) = 1
iff I(A) = 1 and I(A) = 0
c)
V1(A B) A) = 1
iff V1(A B) A) = 0
iff V
1
a)
VI(P Q) = 1
iff V1(P Q) = 0
iff V1(P Q) = 1
iff I(P) = 1 or I(Q) = 1
b)
V1(A A) = 1
iff V1(A A) = 0
iff I(A) = 0 and V1(A) = 1
iff I(A) = 1 and I(A) = 0
c)
V1(A B) A) = 1
iff V1(A B) A) = 0
iff V
1
a)
VI(P Q) = 1
iff V1(P Q) = 0
iff V1(P Q) = 1
iff I(P) = 1 or I(Q) = 1
b)
V1(A A) = 1
iff V1(A A) = 0
iff I(A) = 0 and V1(A) = 1
iff I(A) = 1 and I(A) = 0
c)
V1(A B) A) = 1
iff V1(A B) A) = 0
iff V
1
a)
VI(P Q) = 1
iff V1(P Q) = 0
iff V1(P Q) = 1
iff I(P) = 1 or I(Q) = 1
b)
V1(A A) = 1
iff V1(A A) = 0
iff I(A) = 0 and V1(A) = 1
iff I(A) = 1 and I(A) = 0
c)
V1(A B) A) = 1
iff V1(A B) A) = 0
iff V
1
a)
VI(P Q) = 1
iff V1(P Q) = 0
iff V1(P Q) = 1
iff I(P) = 1 or I(Q) = 1
b)
V1(A A) = 1
iff V1(A A) = 0
iff I(A) = 0 and V1(A) = 1
iff I(A) = 1 and I(A) = 0
c)
V1(A B) A) = 1
iff V1(A B) A) = 0
iff V
1
a)
VI(P Q) = 1
iff V1(P Q) = 0
iff V1(P Q) = 1
iff I(P) = 1 or I(Q) = 1
b)
V1(A A) = 1
iff V1(A A) = 0
iff I(A) = 0 and V1(A) = 1
iff I(A) = 1 and I(A) = 0
c)
V1(A B) A) = 1
iff V1(A B) A) = 0
iff V