'First law' presentation slideshows

From Aristotle to Newton: A Revolution in Science

From Aristotle to Newton: A Revolution in Science. Setting the Scene: Philosophy of the Time. The heavens represent perfection. The heavens are immutable. The circle is the perfect shape. All heavenly motions must be circular. The earth is at the center of the universe.

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Chapter 5 Ground Rules of Metabolism Sections 1-5

Chapter 5 Ground Rules of Metabolism Sections 1-5. Energy. We define energy as the capacity to do work One form of energy can be converted to another Familiar forms of energy include light, heat, electricity, and motion ( kinetic energy )

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10 pt

Flight. Gliders . Balloons. Famous People. Laws. 5 pt. 5 pt. 5 pt. 5 pt. 5 pt. 10 pt. 10 pt. 10 pt. 10 pt. 10 pt. 15 pt. 15 pt. 15 pt. 15 pt. 15 pt. 20 pt. 20 pt. 20 pt. 20 pt. 20 pt. 25 pt. 25 pt. 25 pt. 25 pt. 25 pt. Air in motion. Wind.

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Chapter 4: Energy, Chemistry and Society

Chapter 4: Energy, Chemistry and Society. Breaking news. Britain aims for CO 2 -limit target dates 18 minutes ago

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Energy

Energy. The capacity to do work or to produce heat. System and Surroundings. System : That on which we focus attention Surroundings : Everything else in the universe Universe = System + Surroundings. Figure 6.9. Components of internal energy (E). Components of Internal Energy.

668 views • 27 slides

Quaternions 2

Quaternions 2. Bryan Duggan. Constructing a Quaternion. D3DXQuaternionIdentity(& q); D3DXQuaternionRotationAxis(& q, & axis, theta); D3DXQuaternionYawPitchRoll(& q, yaw, pitch, roll);. Rotating a Vector by a Quaternion. Rotate a vector by a quaternion: w = q * w * q-1

514 views • 25 slides

Thermodynamics and Statistical Mechanics

Thermodynamics and Statistical Mechanics. Entropy and the Second Law of Thermodynamics. Second Law. Kelvin-Planck statement: No series of processes is possible whose sole result is the absorption of heat from a thermal reservoir and the complete conversion of this energy to work.

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Absolute Zero

Absolute Zero. Physics 313 Professor Lee Carkner Lecture 15. Exercise #14 Carnot Cycle. Isothermal heat = work W = (1.5)(8.31)(700)ln(2X10 -3 /4X10 -4 ) Net work depends of efficiency h = W/Q H = 0.6 Can get output heat from first law Q L = Q H - W = 14043-8426 = 5617 J.

391 views • 22 slides

Physics I Class 03

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Heat and Temperature

638 views • 18 slides

Thermodynamics and Statistical Mechanics

Thermodynamics and Statistical Mechanics. Spring 2006. Thermodynamics. Thermodynamics is an old science, formulated empirically without reference to atoms or molecules. It deals with energy, as does mechanics, but adds some new quantities, besides work, potential energy and kinetic energy.

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Fluid Kinematics

Fluid Kinematics. Fluid Mechanics April 1, 2014. Fluid Flow Concepts and Reynolds Transport Theorem. Descriptions of: fluid motion fluid flows temporal and spatial classifications Analysis Approaches Lagrangian vs. Eulerian Moving from a system to a control volume

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Sir Francis Galton

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PowerPoint #5: Basic Physical Laws Governing Energy Use

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Laws of Nature

Laws of Nature. The Ramsey-Lewis Theory. Review. For all P, P is a law of nature iff . The Regularity Theory : For all P, P is a law of nature iff P is a contingently true generalization. Objection #1 : Restricted Generalizations Objection #2 : Vacuous Generalizations

876 views • 10 slides

ATP-ADP Cycle

ATP-ADP Cycle. ATP-ADP Cycle. Transformation of Energy Energy is the ability to do work. Thermodynamics is the study of the flow and transformation of energy in the universe . ATP-ADP Cycle. Laws of Thermodynamics

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