Amps from volts and ohms

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Amps from volts and ohms

How to figure out amps from volts and ohms. How to determine amps from volts. How to understand volts and amps. Calculate amps from volts and ohms. How to explain volts and amps. What is volts to amps. How to find amps from volts and ohms.

Tempo CALEND??RIO completa calculatorConvert para WattsConvert para AmpsConvert para Ohms 120 V 0,1 A 12 W 120 V 0,2 A 24 W 120 V 0,3 A 36 W 120 V 0,4 A 48 W 120 V 0,5 A 60 W 120 V 0,6 A 72 W 120 V 0,7 A 84 W 120 V 0,8 A 96 W 120 V 0,9 A 108 W 120 V 1 A 120 W 120 V 1,1 A 132 W 120 V 1,2 A 144 W 140 V 0,1 A 14 W 140 V 0,2 A 28

W 140 V 0,3 A 42 W 140 V 0,4 A 56 W 140 V 0,5 A 70 W 140 V 0,6 A 84 W 140 V 0,7 A 98 W 140 V 0,8 A 112 W 140 V 0,9 A 126 W 140 V 1 A 140 W 140 V 1,1 A 154 W 140 V 1,2 A 168 W 160 V, 0,1 A 16 W 160 V, 0,2 A 32 W 160 V, 0,3 A 48 W 160 V, 0,4 A 64 W 160 V, 0,5 A 80 W 160 V, 0,6 A 96 W 160 V, 0,7 A 112 W 160 V 0,8 A 128 W 160 V, 0,9 A

144 W 160 V 1 A 160 W 160 V, 1,1 A 176 W 160 V, 1,2 A 192 W 180 V 0,1 A 18 W 180 V 0,2 A 36 W 180 V 0,3 A 54 W 180 V 0,4 A 72 W 180 V 0,5 A 90 W 180 V 0,6 A 108 W 180 V 0,7 A 126 W 180 V 0,8 A 144 W 180 V 0,9 A 162 W 180 V 1 A 180 W 180 V 1,1 A 198 W 180 V 1,2 A 216 W 200 V 0,1 A 20 200 W V 0,2 A 40 200 W V 0,3 A 60 200 W V 0,4 A

80 200 W V 0,5 A 100 W 200 V 0,6 A 120 W 200 V 0,7 A 140 W 200 V 0,8 A 160 W 200 V 0,9 A 180 W 200 V 1 A 200 W 200 V 1,1 A 220 W 200 V 1,2 A 240 W 220 V 0,1 A 22 W 220 V 0,2 A 44 W 220 V 0,3 A 66 W 220 V 0,4 A 88 W 220 V 0,5 A 110 W 220 V 0,6 A 132 W 220 V 0,7 A 154 W 220 V 0,8 A 176 W 220 V 0,9 A 198 W 220 V 1 A 220 W 220 V 1,1

A 242 W 220 V 1,2 A 264 W 240 V 0,1 A 24 W 240 V 0,2 A 48 W 240 V 0,3 A 72 W 240 V 0,4 A 96 W 240 V 0,5 A 120 W 240 V 0,6 A 144 W 240 V 0,7 A 168 W 240 V 0,8 A 192 W 240 V 0,9 A 216 W 240 V 1 A 240 W 240 V 1,1 A 264 W 240 V 1,2 A 288 W 260 V 0,1 A 26 W 260 V 0,2 A 52 W 260 V 0,3 A 78 W 260 V 0,4 A 104 W 260 V 0,5 A 130 W 260 V

0,6 A 156 W 260 V 0,7 A 182 W 260 V 0,8 A 208 W 260 V 0,9 A 234 W 260 V 1 A 260 W 260 V 1,1 A 286 W 260 V 1,2 A 312 W 280 V 0,1 A 28 W 280 V 0,2 A 56 W 280 V 0,3 A 84 W 280 V 0,4 A 112 W 280 V 0,5 A 140 W 280 V 0,6 A 168 W 280 V 0,7 A 196 W 280 V 0,8 A 224 W 280 V 0,9 A 252 280 W V 1 A 280 W 280 V 1,1 A 308 W 280 V 1,2 A 336 W

300 V 0,1 A 30 300 W V 0,2 A 60 300 W V 0,3 A 90 W 300 V 0,4 A 120 W 300 V 0,5 A 150 W 300 V 0,6 A 180 W 300 V 0,7 A 210 W 300 V 0,8 A 240 W 300 V 0,9 A 270 W 300 V 1 A 300 W 300 V 1.1 A 330 W 300 V 1,2 A 360 W 320 V 0,1 A 32 W 320 V 0,2 A 64 W 320 V 0,3 A 96 W 320 V 0,4 A 128 W 320 V 0,5 A 160 W 320 V 0,6 A 192 W 320 V 0,7 A 224

W 320 V 0,8 A 256 W 320 V 0,9 A 288 W 320 V 1 A 320 W 320 V 1,1 A 352 W 320 V 1,2 A 384 W 340 V 0,1 A 34 W 340 V 0,2 A 68 W 340 V 0,3 A 102 W 340 V 0,4 A 136 W 340 V 0,5 A 170 W 340 V 0,6 A 204 W 340 V 0,7 A 238 W 340 V 0,8 A 272 W 340 V 0,9 A 306 W 340 V 1 A 340 W 340 V 1,1 A 374 W 340 V 1.2 a 408 W ?? Rik ?? um engenheiro que

tem realizado uma s??rie de marketing, suporte t??cnico e fun?¡ì??es de gerenciamento. Ele tamb??m ?? um teacher.Welcome qualificado para o seu guia para o b??sico de electricity.The quatro maioria quanities f??sicas b??sicas em eletricidade s??o: Tens??o (V) Corrente (I) Resist??ncia (R) Pot??ncia (P) Cada uma dessas quantidades s??o

medidos utilizando diferentes unidades: tens??o ?? medida em volts (V) a corrente ?? medida em amperes (a) a resist??ncia ?? medida em ohms (i ??) de energia ?? medida em watts (W) de energia el??ctrica, ou a pot??ncia de um sistema el??ctrico, ?? sempre igual ? tens??o multiplicada pelo sistema current.A de tubula?¡ì??es de ??gua

?? muitas vezes usado como uma analogia para ajudar as pessoas a entender como essas unidades de eletricidade trabalho juntos. Nesta analogia, a tens??o ?? equivalente ? press??o da ??gua, a corrente ?? equivalente ? taxa de fluxo e resist??ncia ?? equivalente a engenharia el??ctrica tubo size.In, h?? uma equa?¡ì??o b??sica que explica

como a tens??o, corrente e resist??ncia referem. Esta equa?¡ì??o, escrito abaixo, ?? conhecido como LawV de law.Ohm de Ohm = I x lei estados da Rohm que a tens??o ?? igual ? corrente que flui em uma ??poca de circuito a resist??ncia do caminho circuit.One de entender a lei de Ohm ?? aplic??-lo ao sistema de encanamento imagin??rio

temos empregado como uma representa?¡ì??o da palavra de um System.Let el??trica We have a water tank attached to a hose. If we increase the pressure in the tank, the more water will come will come of the hose. Thus, if we increase the voltage in a electrical system, we will also increase the current. If we become the smaller hose diameter,

resistance will increase, causing less water to get out of the hose. Thus, if we increase the resistance in a electrical system, we will decrease the this brief introduction of the functioning of a electrical system, let us jump in each of the electricity units separately and learn about them with more Details. The image above describes a simple

electrical circuit with an ? lamp, a wire and a battery. What are volts? VOLTS are the base unit used to measure the tension. A volt is defined as the "difference of electric potential between two points of a conduit wire when a high current of an ampere dissipates a potency watt between these points." The Volt is named after the Italian physician

Alessandro back.In our battery diagram above, the battery provides what is known as a potential difference in a electrical circuit or tension. If we return to our water analogy, the battery is like a water pump that drives the water through a tube. The pump increases the pressure in the tube, causing water to flow. In electronic engineering, we call this

pressure tension and measured in volts. A three volt volt tension can be written as 3V.The volt number increases, the current increase also. But for the current to flow, the electrical conductor or the wire should return to the battery. If we break the circuit, with a switch, for example, no chain will flow. There are patterns of standard tension for

everyday objects such as batteries and domestic outputs. In the United States, the Sa¨²da de Volta Pattern for a domestic output is 120V. In Europe, the Sa¨²da de Volta Pattern for a domestic output is 230V. Other patterns of patterns are listed in the table below .common voltagesbjectVoltagesingle-sky, rechargeable battery1.2vsingle-sky, battery not

rechargain1.5v - battery 1.56vusb5vautomobile2.1v by Cellel? ? Trico Battery400vhousehhouse Outlet (Northern America) Outlet (Europe, Sia, Africa, Australia, Australia) 230Vrapid Transit Third Rail600V - Electric Energy Lines of 750Vhigh-Tensile O110.000VLightning100,000,000vhat are Ampers? Ampere, often shortened for "amp" or a, is the

base current unit in the international system of units. It is appointed after the French and physical mathematics Andr? ?Marie Amp?¡§re, which is considered the father of the electrodynamics.Electricity consists of the flow of El? ? trons through a conductor, for example, a Electric or cable wire. We measured the flow rate of electricity as a clear

current (as we think of the flow rate of water in a river as the river chain). The chart used to represent the chain in a equation is chain is measured in amps, shortened to amps or simply the letter a.The large 2 can be written as 2A. The higher the current, the more electricity it is flowing. The International System of Units (SI) defines AMPs as follows:

"Ampere is that steady current which, if held in two straight parallel conductors of infinite length, insignificant circular cross-sectional, and placed a meter of distance in a vascuit, it would produce among these drivers a force equal to 24?'7 newtons per meter in length. "Demonstration of electric current (Veheo) What are ohms? Ohms are the

resistance base unit in a electric system. Ohm is defined as "a high strength between two points of a driver when a constant potential difference of a volt, applied to these points, produces in the conductor a chain of an ampere, the driver is not The headquarters of any electromotive force. "Ohm is named after the German German physician Simon

Ohm.Resistance is measured in Ohms, or ? (omega), for short. So five ohms can be written 5.in our battery diagram above, if we remove the lamp and reconnected the wire so that the battery was Circuit, the wire and battery would get very hot and the battery would soon be flat because there would be virtually no resistance in the circuit. Without

any resistance, a huge elegant chain would flow until the battery was empty.once we added a lamp to the circuit, the resistance is created. There is now a local "lock" (or narrowing of the tube, by our water piping analogy), where the current experiences have some resistance. This greatly reduces the current flowing into the circuit, so battery power

is released more slowly. The battery forces the current through the lamp is released in the bulb in shape of light and heat. In other words, the current transports stored battery power to the bulb, where it is transformed into light energy and heat. The above image shows a lamp as the main cause of electrical resistance. What are watts? A watt is the

power base unit on electrical systems. It can also be used in mechanical systems. It measures the amount of energy is released per second in a system. In our battery diagram, the size of both the voltage and the current in the lamp to determine how much energy is released.in diagram above, the lamp would be brighter as power, measured in watts,

increates.We You can calculate the power released in the bulb, and the electrical system as a whole, through the multiplication of the voltage by the current. Thus, to calculate watts, the following graph to calculate it is used.how wattsw = Example v * IFOR, a chain of 2a flowing through a split, with a 12V voltage throughout it generates 24W From

Power.How to calculate with watts, amps, volts, and ohmsif you want to make a high calculus that involves tension, current, resistance, or power, references the circle champs below. For example, we can calculate the potency in watts, making reference to the yellow area in the Circle.This Circle Formulas is very useful for many element engineering

tasks. Keep it accessible to next time you are dealing with a system.Below Electric systems are some examples of equations that are resolved using the formulase.example equations1. What is the chain in a electrical circuit with a 120 V and 12-resistance voltage? I = v / ri = 120 / 12i = 10athe chain in a electrical circuit with a 120 V and 12a

resistance voltage is 10A.2. What is the tension through a electric circuit with a chain of 10a and 200i of resistance ? ?? V = I X RV = 10 x 200V = 2000VThe Chain on a Electric System with 10A and 200i Resistance is 2000V.3. What is the resistance of a electrical system, with a 230 V tension and a 5A current? R = v / iv = 230 / = 46i 5R ? ? The

resistance of a 230V and 50th electrical system is 46i. Circle. In conclusionaffet reading this article, you hope to have a better understanding of the difference between the electric current, voltage, resistance and energy energy. Remember that if you know any of the two physical values ?in the Circle Formulas, then you can calculate each of the other

two unknown values.Basic electricity tutorial (Vehoo) electricity quizfor each question, choose the best answer. The answer key is below.if I connect a source of 120V to a 60W lamp, the current flowing in the circuit? If a 3v battery is attached to a lamp and a chain of 1.5a flows through it, then what is the classification of? LUCK RESPONSE

KEYInterPrecting Your Scoreif You Have 0 Right Answers: Maybe you need to reread this article if you have a correct answer:? What you see where you err if you have 2 correct answers:? Well done. You certainly know watt is watt questions & answersquestion: What is the resistance of the heating element of an electric iron if the ampere tie is 8

amperes when 115 volts are applied response: r = v / i = 115/8 = 14.4 AmpsQuestion: I can perform two devices time when the maximum amps available is 5a? One requires three amps, and the other requires 4.15 amp.answer: the answer is not. The total current is drawn 7.15 7.15 This would overwhelm a 5A socket and would result in a 5a-fusable

breath or a 5th breaker being triggered. ? 2009 Rik RavadocommentSrobert On May 26, 2020: Very informative and useful and ? ?Antil.james Watt on April 23, 2020: "and Watts are named after the Scottish inventor and mathematical James Watt" Dennis on April 9, 2020: very useful insight in March 24, 2020: Borry ImappyOprick on November 22,

2019: I'm trying to attach a cork to my fork, then when I like me I do not hurt or others as a fa? ¡ì Thatbrit on November 21, 2019: CoolBranson on September 24, 2019: I'm trying to design a battery power LED light strip. My question is if my LED controller is 12V, which amperage 12v battery supply can I use? 2a? 4A? 6a? REMLALNGHAKA On

September 21, 2019: Very interestingRahimullah Sahak on August 2, 2019: Hi expensive thinks for your good and a better incarnation I have a question which is the spicefiction of wire and its color and your cadubaid On July 31, 2019: How many units will be taken by an electronic 3 amps by horamanivannan on July 18, 2019: Thaks to all

informativeSHULAB HAMEED on May 15, 2019: Sir plz tell me how Do we know a device how many voltages will be applied and what conviction will it be? Krystal on May 14, 2019: Trying to get the answer to this question can somebody help me please, need if by Moring for School1. Question: i = .5amps, r = 50phms, p = heidy on April 1, 2019:

Thank you for explaining the electricity basic. It makes sense now on March 20, 2019: Nice is so EasyCero is simple on February 11, 2019: Cooper said he's being simple, but he's using "big" words highly unnecessed Rias and is stupidly simply annoying.Robert Cannon on January 21, 2019: I do not care about small questionnaire io that a question

answered what meter wire is needed to connect an evaluated welder at 230 volts 220 amps until where I have as it is with electricity is that this high amperage will kill youamir January 17, 2019: very well explained.yoyo on November 5, 2018: Thank you! .. It was interesting.Coper on October 30, 2018: So we know by connecting an extension into

another extension (and having a load being drawn from that configuration) will be (possibly) reaching the amperage / potency Maximum allowed for this extension and burn it ... but we can have several devices like refrigerators, freezers, TV, irons, etc., etc ... Each one in your own "socket" but the sockets of Plug are essentially only "extensions" of the

main network? -Presuming My response is likely to be available on the main fuse plate of the house? ... I'm curious to ask how it would calculate the maximum cargo of amperage and potential of the whole house! I know I could add all my devices and calculate 'My Specific Total Luck', but the more I still hit the 'maximum for my residence'? The

answer is probably stupidly simple, but I'm being stupidly simple at the moment, then a response would be guaranteed: D-Coopersanju Pradhan on October 18, 2018: It's very useful for me for my studies. Oh Ya Daddy October 2018: Thank you oleis on October 5, 2018: Very interesting, thank you! Hello! Baby on July 3, 2018: Very good and very good

updated on April 2, 2018: Can I run 2 devices while the supplied Max Electric is 5 amps? One requires 4,12 a and the other requires 3 a.Thank you for your heltylor on March 27, 2018: I had to make a speech about inventions that have changed the quality of life. I chose electricity. This site helped.prabhjot on March 17, 2018: Thank you so much for

teaching us in a favor, so we could understand thank you :) Hendrik on February 25, 2018: ?? ? ? My God, 31 years and finally understand the Gabe On February 23, 2018: This makes me understand how volts and wats work. Before I can not make the difference between volts and watts.eu love yucheng jade shao on January 23, 2018: this was an

incredible presentation and helped me to understand volts, amps, ohms and watts ! David on January 15, 2018: This is an excellent video that I recommend for all beginners like me. Now I have one Basic understanding of how electricity works in our daily world. Thanks RameSh Kumar Verma on January 1, 2018 :! Appeals help me how to understand

electricity ie, potency, volts and amps, how to increase amps & diminish in random face circuit on December 15, 2017: the skele-ton of information, thanks. The random face in 15 December 2017: This helped a lottoby on November 10, 2017: Examples used in teaching were the best that I read until far.Thank so much :) Esmael on October 30, 2017:

It's really a Valuezulfiqar added Ahmad on 25 October, 2017: Very Nices Kanda on October 21, 2017: He helped me understand the electricity ie, potency, volts and amperes, better than books.d.bell on 04 October 2017: This helped a lot Thanksmehul Lavri September 26, 2017: Good Presentationasif Javed on September 12, 2017: Brilliant description

about ElectricityJ. A. On September 8, 2017: Very good Presentationandrea Sherman on September 4, 2017: I never understood how it worked. I'm still kind of confused. Are not electricity measured in both particles and linear?. I did a class calls for poets about 40 years ago. thank you ? ?jeet on August 29, 2017: very useful thanks.meseret yirdaw on

May 25, 2017: this is very nice.i I would like to thank more and more.keep that up.ashfaq on May 24, 2017: Very p¨¢gina ?tular about understanding of simple electricalityharpal singh on May 15, 2017: amazing ..... honestly talking this is the first time I totally understood this ... thks .... kira on May 3 2017: I really find it interesting when reading this,

and I learned a lot, thanks everyone to contribute to this.Chethan Shetty on April 13, 2017: Helps even understand for Mechanic Gupta StudentsSandip Deb on 23 From March 2017: It is very good article Wonderful Experienconope on March 08, 2017: Thanksrizwan on January 22, 2017: Nice Explanationndilli Sahu on January 22, 2017: Thank you

Lord, pleasant n simple explanation of current, volt and watt.lavysay on January 05, 2017: Coolnancy Marine On October 03, 2016: I have 2/2 of the question, I think I know watt is watt.ade the day 03 October, 2016: incredible, was never able to get this material in my heth announcement and you got it succinct mating, thanks Always a lot, Cheersjeo

on September 16, 2016: Hi there, I'm just starting to know about electricity. And it was always confused for hell, which is amps, volts etc. Now I understand All.Thanks for the article. God blesssqib de Hyderabad Paquist?o January 29, 2015: Being engineer I liked to read the concepts.Sanjay on December 19, 2014: Very goodmarj watson on July 26,

2014: Please inform this old lady if I can Using GU10 replacement lamps with 110/220 in the UK, as I bought them in error, thanking you in advance, MarjsomeOne on 08 March, 2014: It was Kumar Thankssantosh on January 20 , 2014: Thank you very much for your wonderful Explainin detail. I hope it would be very useful for all beginners. Best

votes for your blog. Alpo on January 5, 2014: Thanks for the tutorial ... has been for some time and was looking at the basic equations. According to his article, "A" is the abbreviation of amps or amplifiers. Later, "I" is introduced without relating it to AMPS. For more clarity, you can add that.vikas pal on September 10, 2013: Great blogalex on May 22,

2013: Can anyone help me discover 12 volts ??? w required in dissenting satiety? I require 220 volts 1000 W to run my application. I am planning to install solar panels to have complete fill my obligation. Involves solar panel, 12 volt battery, and power inverter, as many 12-volt panel watts make I required to have 220 volts 1000W power of My

ApplicationRusty on April 9, 2013: I found it interesting that Elkangorito said no way 120 is safer than 230 volts. So, why in England on all commercial work sites the maximum voltage used is 120? Everything is descended from 230 to 120.Thankskiran Chandran on October 4, 2012: I had cleared many doubts using this ........ excited on July 17, 2012:

Explanation.sarathandra very useful on 25 May 2012: good explanation with with On April 16, 2012: Thanks for the answer. Lord, please give more an answer about transformers. I read somewhere that transformers can increase and decrease the tension of a line said, then, in this case, it is possible to decrease the incoming 220v main line from my

house to say 24V and then again to increase it 220V for normal use. Performance will be the same and this will decrease the Electric Bill.rik (Author) of England on April 14, 2012: Ajay - the maximum current will depend on the fuse or circuit breaker. In theory, if you are short-circuit at 120V you could start an infinite current, but the internal supply

usually have a breaker that travel if you call a lot of current. In the UK, our inner circuits generally allow you to draw on 13th of a 3-pin plug but my largest being elsewhere, for example, US.AJAY on April 14, 2012: How can we determine the limit Ximo of Ampereage that can be drawn from a lineak 120 volts on December 28, 2011: Thanks for the

heads-up Rik. I want to implement cheap renewal energy, can you outline some options? PV or Solar panels are not the options from where I live. I heard a lot about fuel cells, they are expensive rik rank (author) from England on December 22, 2011:? AK - These products are all the blows. You do not get electric energy for nothing. You can convert

the mechanical energy into electrical energy, a generator does this. But you still have to put the same amount of energy in scammers sometimes talk about the perpetiveness in connection with free energy, but it does not exist.Ak on December 21, 2011:. I have a question .. Can the magnetic energy be converted to ENEGERGY El¨¦tica in any way,

putting them properly on a steering wheel? Turn the steering wheel using the magnetic force. There are many things happening on the web about it. And as it is that they just sell guides, but not the product.AK finished on December 21, 2011: clear as Crystalrobert on December 18, 2011: first, thank you not to say enough for that. I am a slow learner

and forward to use this to help learn about electricity. I am discovering that it is not difficult, but as Bert K commented, u + p = R. Thank you once again, Mr. Ravado Ravado (Author) from England on November 11, 2011: Brettle Spotted - I agree. (They've changed the graphics) Thanks Brett on November 10, 2011 :!? You owe your graphic read i =

sqrt (p) / r instead of i = sqrt (p) / v rik ravado (author) from England on 12 Mar, 2011: Thanks for feedback Bert - You It's so sure with u + p = r.learning is much more effective when you put what you learned in practice K Bert on March 12, 2011: Thank you for the free class!. You left very light and easy to understand. Here is a smart fan that I

would like to go to beginners like me. U + P = R or more practical use is equal to retention. I wish there had been internet and google when I was child. Best compliments teach. BKTOPQUARK from the United Kingdom on February 7, 2011: oleis and well presented item! Many people seem to be confused about watts and amps and volts - an

explanation like this has been overdue.Bernie on October 12, 2010: Everyones a cricic. I fully understood and I understood that it is not about money, and those of us that do not have to act as we know all of realizing that there are factors involved that makes mathematics near, but there is no space For errors. Maybe Thicknees of the wire that is

being used, the lost battery power, or whatever the reason. People Relax !!! If I understood and realize this, then you childen rebran should. Anal Bastards.Kevin on October 3, 2010: Thank you for this mate.Helped a lot with my school work. : Prik Ravado (Author) from England in 09 2010 :! Thanks Peter Peter Enmore on June 8, 2010: Yes, you really

can not get the calculation, to an exact. But you can definitely have a ravado approximate.rik (Author) from England on February 6, 2010: Elkthanks by your comments - I still keep 120V is safer than 230V. In other words, decreasing tension, less current flows through potentially potentially VINTIMA.I agree with your "approximately" as obviously

cable and other elements in the circuit will decrease the current further. Also the classification of the lamp or other apparatus will not be accurate and there will be a margin of error. Thank you for stopping and commenting! Elkangorito from Thailand on February 6, 2010: Even if your blog is an excellent "guide for the basic" of electricity ", there are

some things that need to be considered: you said:" In the USA, the offer domestic is typically 110V, much safer than the UK. "This is not true.FIRTly, the tension in the UK is officially 230V (single, domestic phase). Unfortunately, Tension in the USA is 120V (domestic) .120V is not in any way "safe" than 230v. A safe "tension is considered less than 50V

RMS (AC) or 120V DC (free ripples). These voltages are known as "low extra tense" and relate to "tension boundaries". You also said, "Finally, remember that if you Knowing the voltage of your feed source, you can calculate the current through a bulge, fuse or other electrical device or component, based on your Watts classification. "I think you

meant:" Finally, remember that if you know that the voltage of your feed source, then you can calculate approximately the current through a lamp, Fusivel or other appliance or component, based on your Watts classification. "RIK RAVADO (Author) from England on November 4, 2009: Liambean - Happy that you found useful! Liambean from Los

Angeles, Calilfornia on October 23, 2009: Adorable. Wonderful explanation of watts, amps and current. current.

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