PHIL 105 Chapter 2: Philosophy Chapter 2

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periwinkleyellowjacket861

24 Oct 2011

School

Simon Fraser University

Department

Philosophy

Course

PHIL 105

Professor

Dai Heide

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Document Summary

Interrogative: asking questions, sometimes these aren"t intended to actually be a question, these are rhetorical questions, can be rewritten as declarative sentences. Declarative: giving commands, declaring something, these can be true or false, usually using these sentences to give arguments, used to express the premises and conclusions of an argument, truth. Only true when it corresponds to the facts. A declarative sentence is true just in case it corresponds to the facts as they actually are. A declarative sentence is false just in case it fails to correspond to the facts as they actually are. : do not say that something is true for someone just because you disagree about the actual truth, sentence tokens. Context is important: sentence types, propositions. The patterns followed by the token, they are kinds or types, of sentences: only can be true or false, not both or neither (one truth value principle, otv) Don"t necessarily know whether it is true or false.

Related Questions

For this question consider the figure to the right shows an energy level diagram fora certain atom(not hydrogen). Several transitions are shown and are labeled by letters. Note: The diagram is not drawn to scale

a) Which transition corresponds to the emission of the photon with the longest wavelength?

b) Which transition corresponds to the emission of the photon with the shortest wavelength?

c) Which transition corresponds to the emission of 177 nm photon?

d) Which transition corresponds to the absorption of a 124 nm Photons?

brownrhinoceros711

For this question consider the figure to the right that shows an energy level diagram for a certain atom (not hydrogen). Several transitions are shown and labeled by letters. Note the diagram is not drawn to scale.

(A) Which transition corresponds to the emission of the photon with the longest wavelength?

(B) Which transition corresponds to the emission of the photon with the shortest wavelength?

(D) Which transition corresponds to the emission of the photon with 124 nm wavelength?

pearcrab948

This applet shows six disks rotating with constant angular acceleration. No two have the same initial angular velocity and angular acceleration. To answer the following questions, number the disks starting from the top. That is, call the yellow disk "1" and go sequentially down to the red disk, which will be "6". In the following questions, you will be asked to determine whether the disks' angular velocities and accelerations are positive, negative, or zero. Keep in mind that angular velocity is considered positive if rotation is in the counterclockwise direction. Angular acceleration is positive if the rotation is in the counterclockwise (positive) direction and the angular speed is increasing, or if rotation is the clockwise (negative) direction and the angular speed is decreasing (thus the angular velocity is becoming less negative). Negative angular acceleration is defined analogously.

http://session.masteringphysics.com/probhtml/ActivePhysics/pt1a/Media/RotMotionStatics/RotationalKinematics/Sim4.html

Part A

Which of the disks have positive initial angular velocity?

Write down the numbers, in order, that corresponds to the disk(s)

Part B

Which of the disks have negative initial angular velocity?

Write down the numbers, in order, that corresponds to the disk(s)

Part C

Which of the disks have zero angular acceleration?

Write down the numbers, in order, that corresponds to the disk(s)

Part D

Which of the disks have positive angular acceleration?

Write down the numbers, in order, that corresponds to the disk(s)

apricotclam488

PHIL 105 Chapter 2: Philosophy Chapter 2

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