BATTERIES ODYSSEY

Oct 21, 2014

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ARteKa Engineering for Emotion. Puissance, Fiabilité. BATTERIES ODYSSEY. ARteKa Engineering for Emotion. Puissance, Fiabilité. Extreme Racing Voici notre gamme de batteries course Odyssey.

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BATTERIES ODYSSEY

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ARteKa Engineering for Emotion Puissance, Fiabilité BATTERIES ODYSSEY
ARteKa Engineering for Emotion Puissance, Fiabilité Extreme Racing Voici notre gamme de batteries course Odyssey. En gardant les mêmes avantages et la même technologie la gamme Extreme Racing vous offre en plus un gain de poids non négligeable.
ARteKa Engineering for Emotion Puissance, Fiabilité Liste de prix Clients T.V.A incluse 7.6%

Batteries

Batteries. Physics. Power Cell. Device for storing chemical energy and then releasing it in the form of electricity when current is needed. Battery. More than one power cell working together. 9 V battery. Inside a 9 V are 6-1.5 V power cells connected in a row. Parts of a Power Cell.

1.04k views • 23 slides

Batteries

Batteries. How they work, how to test, characteristics. Review terms. Amp hours (Ah) – amount of current in Amps that a battery can produce x time Metric system acronym k h d d c m mAh - ____________ Watt hours (Wh) – amount of power in Watts x time kWh - ___________

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Batteries

Batteries. Consumer Auto Electrical Lecture 2. Batteries. Batteries store electrical energy that we use to power diesel equipment Batteries store electrons chemically They contain lead plates, sulfuric acid, and a plastic case Sulfuric acid reacts with all metals, causing corrosion.

851 views • 38 slides

Batteries

CHAPTER. Batteries. 5. Instructor Name: (Your Name ). Objectives. Work safely around batteries Explain the fundamentals of how a lead acid battery produces a voltage Describe the series aiding and series opposing voltage source connection

1.17k views • 51 slides

Batteries

Batteries. Galvanic Cell. Any battery or cell that is used as a source of electrical energy is basically a galvanic cell where the chemical energy of the redox reaction is converted into electrical energy. Batteries.

523 views • 20 slides

Batteries

Batteries. The first battery. Research that lead to the development of the battery was AN ACCIDENT! 1780’s Luigi Galvani Studying a frog. Brass hook to hold the leg in place Other end of hook touched an iron railing The leg twitched! “Animal Electricity”. The first battery.

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Batteries

Batteries. Lesson 2.3. Key Concepts. What was the first battery made of? How does an electrochemical cell work?. Chemical Energy. Batteries transform chemical energy into electrical energy. Chemical energy is energy stored in chemical compounds. “Animal Electricity”.

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Batteries

Batteries. Voltaic Piles. Alessandro Volta created the first battery in 1800. He made the battery by stacking alternating layers of zinc, paper soaked in saltwater and silver. . This creation was referred to as a voltaic pile. The bottom and top must be created using different metals. .

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BATTERIES

BATTERIES. What does a battery do?. Energy transformation: Chemical energy – stored in chemical compounds Electrical energy – moving charged particles (e-). History . Luigi Galvani – Italian physician studied frog anatomy

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BATTERIES

BATTERIES. Heart of the electrical system. Functions. Supply energy to electrical systems when the vehicle is not running Operating cranking system Store energy Supply extra power when demand exceeds supply. THE GALVANIC REACTION. Creates a charge differential by chemical reaction

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BATTERIES

BATTERIES. Oxidation-Reduction Reactions. TEAM: ATE Names of Team Members. Goals & Purpose. Redox Reactions Explain how batteries work Explain how energy is produced Explain Battery Arrangements Different types of batteries. Batteries are EVERYWHERE!.

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BATTERIES

BATTERIES. MADE BY-  Rajat Pandey(13BEECG095) Anmoy Saha (13ISEC15) Shubham Ghorpade (13BEECV116) UNDER THE GUIDENCE OF:- Prof. Darshni Palija (D.C.P) Electric Department SVIT Vasad. Outline. Why is this important? Brief history of batteries Basic chemistry

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BATTERIES

BATTERIES. TYPES OF BATTERIES. DANIEL CELL. FUEL CELL. DRY CELL (ZINC –CARBON) Leclanche Cell. ALKALINE CELL. LEAD-ACID CELL. Lead –acid has 6 electrochemical cells, each generating 2V. Reactions:. ANODE (Negative): Pb → Pb 2+ + 2e

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Batteries

Batteries. Batteries history. Battery- combination on 2 or more electrochemical cells that convert chemical energy into electrical energy. Luigi Galvini and Allesandro Volta are credited with the invention of the first batteries.

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Batteries

Batteries. Alkaline. Uses: flashlights, toys, radios, calculators, games, smoke detectors and other products Disposal: Purchased 1993 or earlier: take to HHW facility or battery collection site. Purchased after 1993: recyclable and disposable. Carbon Zinc (non-rechargeable).

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Batteries

Batteries. Kim Ianelli. Some background on batteries.

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BATTERIES

Primary Zinc Alkaline (most common) Lithium (camera, watch) Secondary (rechargeable) Sealed lead acid (car) Gel NiCd NmHd Lithium. Important specs Energy density Voltage Zinc/Alkaline: 1.5 V Lead Acid: 2.0 V cars: 6, 12 V NiCd: 1.2 V Power tools: 4.8, 6.0, 7.2, 9.6, 12, 18 V

202 views • 3 slides

Batteries

Tafe, the third-largest tractor manufacturer in the world. Offering a range of harvesters, implements and accessories for various agricultural applications. https://www.tafe.com/batteries/

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Batteries

Batteries. 3 Parts: Cathode (positive charge), anode (negative charge) and an electrolyte (substance with free ions (positively charged atoms) Reactions occur at the anode which release electrons, they want to flow toward the cathode.

589 views • 21 slides

BATTERIES

BATTERIES. A battery is a galvanic cell, or a set of cells connected in series, that provides a direct current of consistent strength for a useful period of tie. Two redox half reactions occur at two electrodes. The nature of the reactions depends on the chemicals that make up the cell.

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Batteries

Batteries. Storing Renewable Energy “Chemical engines used to push electrons around”. Basic Terms. Voltage – Electronic pressure Current – Flow of electrons Power – Amount of energy being generated. How it Works. Cells Contain Electrochemical Couples

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Batteries

Batteries. Katy Swancutt ENGR 302I December 2007. What is a battery?. It is something that converts chemical energy into electrical energy. They produce current via redox reactions: Red=reduction (gaining electrons) Ox=oxidation (losing electrons)

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