'Remains constant' presentation slideshows

Gases

Gases. The behavior of gases can be explained by the KINETIC MOLECULAR THEORY. This theory has three assumptions about what matter is made up of. Link to webpage describing Kinetic Mol. Theory. Three Assumptions of K.M. Theory. Matter is made up of molecules.

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Gases Chapter 3

Gases Chapter 3. REVIEW p.92. Ideal Gases. Ideal gases are imaginary gases that perfectly fit all of the assumptions of the kinetic molecular theory. Gases consist of tiny particles that are far apart relative to their size.

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7 Questions on Numeracy 316 Advanced Discussion

7 Questions on Numeracy 316 Advanced Discussion. Ted Mitchell. Innumeracy. The following 7 questions are drawn from standardized math exams at the grade 10 level

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Regents Chemistry

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Gases

Gases. Particles in a Solid, Liquid and Gas. Random Motion of Gas Particles. II. Gas Pressure A. Pressure is force per unit area (f/a) 1. result of particle collisions 2. measured by a barometer 3. influenced by temperature, gas volume, and the number of gas

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Thermodynamics

Thermodynamics. Chapter 11. Heat, work and internal energy. Heat can be used to do work Work can transfer energy to a substance, which increases the internal energy of a substance. Fig 11-1.

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Physics 207, Lecture 3

Physics 207, Lecture 3. Goals (finish Chap. 2 & 3) Understand the relationships between position, velocity & acceleration in systems with 1-dimensional motion and non-zero acceleration (usually constant)

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Conservation of Energy

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Chapter 2

Chapter 2. Motion in One Dimension. Quick Quiz 2.1. Under which of the following conditions is the magnitude of the average velocity of a particle moving in one dimension smaller than the average speed over some time interval? (a) A particle moves in the + x direction without reversing.

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Q30.1

Q30.1. A small, circular ring of wire (shown in blue) is inside a larger loop of wire that carries a current I as shown. The small ring and the larger loop both lie in the same plane. If I increases, the current that flows in the small ring. I. Large loop. Small ring. I.

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Chapter 13 KINETICS OF PARTICLES: ENERGY AND MOMENTUM METHODS

Chapter 13 KINETICS OF PARTICLES: ENERGY AND MOMENTUM METHODS. Consider a force F acting on a particle A . The work of F corresponding to the small displacement d r is defined as. A 2. ds. s 2. a. A. d r. F. A 1. dU = F d r. s. s 1.

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Chapter 13 KINETICS OF PARTICLES: ENERGY AND MOMENTUM METHODS

Chapter 13 KINETICS OF PARTICLES: ENERGY AND MOMENTUM METHODS. Consider a force F acting on a particle A . The work of F corresponding to the small displacement d r is defined as. A 2. ds. s 2. a. A. d r. F. A 1. dU = F d r. s. s 1.

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ENTC 370: Announcements

ENTC 370: Announcements. Homework assignments No.4: Assigned Problems: 4.13, 4.23, 4.32, 4.37, 4.44, 4.46, 4.52, 4.81 4.85. Due Thursday , October 9 th before 10:50 am For more information, go to: http://etidweb.tamu.edu/classes/entc370. ENTC 370: Announcements. Exam I:

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H ????????????????

Japan Atomic Energy Agency. H ????????????????. ????. ????? ????????. Introduction. H-mode is considered as the standard operation mode in ITER. Steady state with the existence of ELM accompanied by pulsating expulsion of heat and particle.

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r emains v.

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Conservation of Energy

Conservation of Energy. Chapter 5 Section 3. What is Conservation?. When something is conserved, it is said that it remains constant. The same holds true for energy. Energy can not be created or destroyed, it can only be converted from one form of energy to another. Conservation of Energy.

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Intro

1. 6. 5. 4. 3. 2. 6. 5. 4. 3. 1. 2. Intro. Graphs of Real-Life Situations (1). Discuss what happens to d as t increases in each of the graphs below, then match each graph to a statement on the right. d. d. d increases steadily. d. d remains constant. d decreases rapidly. t.

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Temperature & the Laws of Thermodynamics Lecture Notes

Temperature & the Laws of Thermodynamics Lecture Notes. Zeroth Law of Thermodynamics. If objects A and B are separately in thermal equilibrium with a third object C, then A and B are in thermal equilibrium with each other. Temperature.

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Ch 3 part 2: Projectile Motion and Vectors in 2 dimensions

Ch 3 part 2: Projectile Motion and Vectors in 2 dimensions. Projectile Motion. In studying more general motion of objects moving through the air, we consider 2 dimensions (horizontal and vertical) together, yet independent, to create curved paths.

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Binomial Distributions

Binomial Distributions. Introduction. 1. Fixed number of trials ( n ). Throwing a dart till you get a bulls eye. 1. Fixed number of trials ( n ). 2 . Two outcomes in a trial, success or failure. Playing two soccer matches. 1. Fixed number of trials ( n ).

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