🏷️ LIMITED TIME OFFER: GET 20% OFF GRADE+ YEARLY SUBSCRIPTION →
Log in
HomeStudy Guides420,000CA160,000

PHIL 367 : PHIL 367 - Essay Topics (2012)

86 views3 pages
champagnegoat805
10 Mar 2012
School
McGill University
Department
Philosophy
Course
PHIL 367
Professor
Susan Judith Hoffmann

For unlimited access to Study Guides, a Grade+ subscription is required.

Document Summary

Please write one 1500 word essay worth 35% due on april 4. Students must keep rough drafts of their paper and hand them in along with their paper. All students must be prepared to discuss their paper with the instructor. Please use a duotang to keep all the papers together neatly. Late papers will lose 1% a day unless the student can document relevant illness or extenuating circumstances. The lectures and conferences are intended to give you access to the texts, the essay is a test of what you are able to achieve on your own, given that access. Your paper will be graded on the depth, clarity, and eloquence of your account. You are not giving a mere summary of the thinker in question but offering a thoughtful interpretation based on textual evidence and your own ideas. You are encouraged to consult additional primary literature and to quote sparingly from the primary literature.

Get access

Grade+20% off
$8 USD/m$10 USD/m
Billed $96 USD annually
Grade+
Homework Help
Study Guides
Textbook Solutions
Class Notes
Textbook Notes
Booster Class
40 Verified Answers

Related Documents

PHL 605
Final Exam
Study Guide
PHL 605 Study Guide - Final Guide: Disk Copy, Dasein, Martin Heidegger
cerisesquirrel206
PSYCH-UA 25 Lecture Notes - Lecture 18: Islamic Golden Age, Academic Dishonesty, Intel 8089
amaranthant855
ENGL 1001 Chapter : Syllabus 1001 2 93
azuremammoth471

Related Questions

You are a student in a science class that is using the followingapparatus to determine the value of g. Two photogates are used.(Note: You may be familiar with photogates in everyday living. Yousee them in the doorways of some stores. They are designed to ringa bell when someone interrupts the beam while walking through thedoor.) One photogate is located at the edge of a 1.00-m-high tableand the second photogate is located on the floor directly below thefirst photogate. You are told to drop a marble through these gates,releasing it from rest at the same height as the table. The uppergate starts a timer as the ball passes through it. The secondphotogate stops the timer when the ball passes through itsbeam.
(a) Prove that the experimental magnitude of free-fall accelerationis given by gexp = (2(Delta)y)/(delta)t)^2, where (delta)y is thevertical distance between the photogates and ?t is the fall time.(Do this on paper. Your instructor may ask you to turn in thiswork.)

(b) For your setup, what value of (delta symbol)t would you expectto measure, assuming gexp is the standard value (9.81 m/s2)?(Answer in seconds)


(c) During the experiment, a slight error is made. Instead oflocating the first photogate even with the top of the table, yournot-so-careful lab partner locates it 0.50 cm lower than the top ofthe table. However, she does manage to properly locate the secondphotogate on the floor directly below the first. What value of gexpwill you and your partner determine? (Answer in m/s^2)


What percentage difference does this represent from the standardvalue of g?