'Closed path' diaporamas de présentation

Dennis Baldocchi University of California, Berkeley JASON GHG Emissions Monitoring

Micrometeorological Methods Used to Measure Greenhouse Gas Fluxes: The Challenges Associated with Them, at the Local to Global Scales. Dennis Baldocchi University of California, Berkeley JASON GHG Emissions Monitoring Summer Study (June 16-18, 2010) La Jolla, CA.

1.48k views • 74 slides

ECE 2300 Circuit Analysis

Shattuck@uh.edu 713 743-4422 W326-D3. ECE 2300 Circuit Analysis. Lecture Set #7 The Mesh-Current Method. Part 11 Mesh-Current Method. Overview of this Part. In this part, we will cover the following topics: Some basic definitions The steps for writing the Mesh-Current Equations

805 views • 68 slides

Wininstall Macromedia Flash

Wininstall Macromedia Flash. Start -> Install Software Select Macromedia Flash MX 2004 Installs entire Macromedia suite Dreamweaver, Freehand, etc. Introduction to Flash. Tool for creating animation, interactivity, multimedia and web-based tracking Deployable via web or CDROM

720 views • 52 slides

Chapter 6

Chapter 6. Work and Energy. 6.1 Work Done by a Constant Force. 6.1 Work Done by a Constant Force. 6.1 Work Done by a Constant Force. 6.1 Work Done by a Constant Force. Example 1 Pulling a Suitcase-on-Wheels Find the work done if the force is 45.0-N, the angle is 50.0

477 views • 42 slides

Chapter 9 ???? ( Vector Analysis)

566 views • 39 slides

582 views • 38 slides

First-Order RL&RC Circuits

First-Order RL&RC Circuits. DONE BY AL-AHMED, UTHMAN SULTAN ELECTRICAL ENGINEERING DEPARTMENT. Objective:-. to show you the relationship between MATH 202 and the electrical engineering major. To obtain the first order differential equation To estimate the solution of RC or RL circuit.

608 views • 34 slides

Voltage is the energy per unit charge created by the separation, which can be expressed as

1.2 Voltage. Voltage is the energy per unit charge created by the separation, which can be expressed as. 1.3 The Current. The rate of flow of charges is called the current which is expressed as. Power. Power is defined as the time rate of expanding or absorbing energy.

334 views • 26 slides

ENE 325 Electromagnetic Fields and Waves

372 views • 25 slides

Quantum swimming

Quantum swimming. Boris Gutkin, David Oaknin . Q. Q-Swimming. Swimmer in a quantum sea: Photon bath Fermi sea. C-swimming competition . Shape space=Control space. Swimming stroke=closed path in shape space. Euclidean motions. Shape space. swimming. Swimming: definition .

674 views • 21 slides

ECE 2006

558 views • 18 slides

268 views • 14 slides

Patterns of Magnetic Field in Space

303 views • 12 slides

Chapter 14 Satellite Motion

318 views • 10 slides

A Sign in Penacook, New Hampshire

188 views • 9 slides

Current entering the node is positive and leaving the node is negative

Kirchhoff's Current Law ( KCL):. The algebraic sum of all the currents at any node in a circuit equals zero. Current entering the node is positive and leaving the node is negative. Current entering the node is negative and leaving the node is positive.

529 views • 9 slides

Equipotential surfaces and field lines

Equipotential surfaces and field lines. Equipotential surfaces. Equipotential surfaces are mathematically speaking hypersurfaces. The potential in Cartesian coordinates is a function V=V( x,y,z ). With V( x,y,z )=const we define a 2D surface z=z( x,y ) in 3D space.

532 views • 7 slides

Conservative Forces

Conservative Forces. Path Dependence. What happens to work as a rollercoaster goes down hill then up again? What if the roller coaster took a less steep path?. Gravitational Work. The work done by the force of gravity only depends on the vertical distance. y 2. d. F = - mg. h. h. q.

243 views • 7 slides

{image} {image} {image} {image}

1. 2. 3. 4. Use Green's Theorem to evaluate the double integral. {image} C is a triangle with the vertices (0,0), (3,0) and (3, 3). Select the correct answer. The choices are rounded to the nearest hundredth. {image} {image} {image} {image}.

1.14k views • 5 slides

Elliptical Orbits

170 views • 5 slides