аЯрЁБс>ўџ ўџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџRoot EntryџџџџџџџџpЊ|YЊrЯƒRASH`…НмђЮСContentsџџџџџџџџ&ЬPage 1џџџџџџџџџџџџt+џџџџџџџџџџџџўџџџ§џџџџџџџџџџџџџџџўџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџўџџџ !"#$%ўџџџ'()*+,BџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџCўџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџRoot EntryџџџџџџџџpЊ|YЊrЯƒRASH€˜і$ѓЮСContentsџџџџџџџџ9ЬPage 1џџџџџџџџџџџџt+џџџџџџџџџџџџџџџџџџџџўџџџ§џџџўџџџ -ўџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџ./012345678ўџџџ:;<=>?@AўџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџCPicPageџџ CPicLayerџџ CPicFrameџџCPicText€€ф Э:рTimes New Romanџ(Electric Fields and Voltage€€€ЄБс T№Times New Romanџ(Well, we took care of charges... so let's expand now and talk about Electric Fields.€€€”йрTimes New Romanџ(E=kq/rрџџCPicPageџџ CPicLayerџџ CPicFrame€€џџџ?џџ€€Layer 1џџџџO€џџ€€Times New Romanџ(2€€€$ iсH№Times New Romanџ(This is just like the force equation... except for the fact that we are only dealing with one charge at a given point. I think I can show you this with the drawing on the right. With the given charge (q), it makes an electrical field all around it at the given distance (r). That electric field influences all charges around it.џџ CPicShape€€€и'Э| №Times New Romanџ(q€€€§%h| №Times New Romanџ(r€€ЌўџџxџЬЬЬџџ€‚WќќќШ<ЬўЦ<ўќ:ћќ<4§8ћў<ўўў:ћ<4§њ8ћ<ќўШў<ЬЦњS€€жѕЊPПАAЋUp€ P€€АPPАAПS€€€rќAW€€8фџН/Ž/бrбCr////rCбrб/Ž/НŽббббŽS€€€дўP€€€   ‰рTimes New Romanџ(F=Eq'€€€$ ! І!w№Times New Romanџ(If we take the equation for E, then multiply it by another charge (q'), we end up with the original equation for the force between two charges. Therefore, we can just call the force the values of the electric field at a given point times the charge of the charge at that point.€€€рѕw №Times New Romanџ(Voltage, anyone?€€€МžрTimes New Romanџ(V=J/q€€€8 еW BЊ№Times New Romanџ(Voltage is defined as the energy (J) over the charge (q). Basically, if you have one joule of energy per one coulomb of charge, you have one Volt. But... what is voltage?€€€РЅЃ №Times New Romanџ(e№Times New Romanџ(-€€€ mЃ №Times New Romanџ(e№Times New Romanџ(-€€€HЃ №Times New Romanџ(e№Times New Romanџ(-€€€ˆ mЃ №Times New Romanџ(e№Times New Romanџ(-€€€и 5Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€ IЃ №Times New Romanџ(e№Times New Romanџ(-€€€ЭTЃ №Times New Romanџ(e№Times New Romanџ(-€€€Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€U0Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€•Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€хфЃ №Times New Romanџ(e№Times New Romanџ(-€€€јЃ №Times New Romanџ(e№Times New Romanџ(-€€€ˆ Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€и фЃ №Times New Romanџ(e№Times New Romanџ(-€€€ јЃ №Times New Romanџ(e№Times New Romanџ(-€€€€•Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€U0џџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџџCPicPageџџ CPicLayerџџ CPicFrameџџCPicText€€ф Э:рTimes New Romanџ(Electric Fields and Voltage€€€ЄБс T№Times New Romanџ(Well, we took care of charges... so let's expand now and talk about Electric Fields.€€€”йрTimes New Romanџ(E=kq/rрTimes New Romanџ(2€€€$ iсH№Times New Romanџ(This is just like the force equation... except for the fact that we are only dealing with one charge at a given point. I think I can show you this with the drawing on the right. With the given charge (q), it makes an electrical field all around it at the given distance (r). That electric field influences all charges around it.џџ CPicShape€€€и'Э| №Times New Romanџ(q€€€§%h| №Times New Romanџ(r€€ЌўџџxџЬЬЬџџ€‚WќќќШ<ЬўЦ<ўќ:ћќ<4§8ћў<ўўў:ћ<4§њ8ћ<ќўШў<ЬЦњS€€жѕЊPПАAЋUp€ P€€АPPАAПS€€€rќAW€€8фџН/Ž/бrбCr////rCбrб/Ž/НŽббббŽS€€€дўP€€€   ‰рTimes New Romanџ(F=Eq'€€€$ ! І!w№Times New Romanџ(If we take the equation for E, then multiply it by another charge (q'), we end up with the original equation for the force between two charges. Therefore, we can just call the force the values of the electric field at a given point times the charge of the charge at that point.€€€рѕw №Times New Romanџ(Voltage, anyone?€€€МžрTimes New Romanџ(V=J/q€€€8 еW BЊ№Times New Romanџ(Voltage is defined as the energy (J) over the charge (q). Basically, if you have one joule of energy per one coulomb of charge, you have one Volt. But... what is voltage?€€€РЅЃ №Times New Romanџ(e№Times New Romanџ(-€€€ mЃ №Times New Romanџ(e№Times New Romanџ(-€€€HЃ №Times New Romanџ(e№Times New Romanџ(-€€€ˆ mЃ №Times New Romanџ(e№Times New Romanџ(-€€€и 5Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€ IЃ №Times New Romanџ(e№Times New Romanџ(-€€€ЭTЃ №Times New Romanџ(e№Times New Romanџ(-€€€Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€U0Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€•Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€хфЃ №Times New Romanџ(e№Times New Romanџ(-€€€јЃ №Times New Romanџ(e№Times New Romanџ(-€€€ˆ Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€и фЃ №Times New Romanџ(e№Times New Romanџ(-€€€ јЃ №Times New Romanџ(e№Times New Romanџ(-€€€€•Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€U0Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€DЃ №Times New Romanџ(e№Times New Romanџ(-€€€Э0Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€јЃ №Times New Romanџ(e№Times New Romanџ(-€€€U Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€и 5Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€ IЃ №Times New Romanџ(e№Times New Romanџ(-€€€P 5Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€њDЃ №Times New Romanџ(e№Times New Romanџ(-€€€2XЃ №Times New Romanџ(e№Times New Romanџ(-€€€крЃ №Times New Romanџ(e№Times New Romanџ(-€€€УвЃ №Times New Romanџ(e№Times New Romanџ(-€€€ћцЃ №Times New Romanџ(e№Times New Romanџ(-€€€; вЃ №Times New Romanџ(e№Times New Romanџ(-€€€х!šЃ №Times New Romanџ(e№Times New Romanџ(-€€€и"šЃ №Times New Romanџ(e№Times New Romanџ(-€€€_"IЃ №Times New Romanџ(e№Times New Romanџ(-€€€дQC#O№Times New Romanџ(There are lots of electrons (e№Times New Romanџ(-ˆ№Times New Romanџ() on the left side while only a few on the right side. If I were one of those electrons on the left, I'd rather get out of that overcrowded area and head to where there are less electrons (and usually a positive charge, but don't worry about that now. Therefore, I flow over to the right side. Along with me comes electrons going to the right side as well. This flow of electrons is called a №Times New Romanџ(voltage№Times New Romanџ(, or №Times New Romanџ(potential№Times New Romanџ(, or №Times New Romanџ(potential differenceu№Times New Romanџ(. It's basically a pressure difference in electrons at two points. Electrons flow from high pressure to low pressure.€€€Da!$ №Times New Romanџ(More equations:€€€lј"sрTimes New Romanџ(V=kq/r€€€ш#‡"{№Times New Romanџ(This is called the №Times New Romanџ(absolute potentialш№Times New Romanџ( equation. It works just like the electric field equation, except that it tells you where a voltage is at a given point, not an electrical field. The drawing I made for the electrical field works for the absolute potential as well.€€€ф˜(ƒрTimes New Romanџ(E=Vd€€€ н'У"{p№Times New Romanџ(If we take the absoulte potential equation, and divide it by the distance (d) between the charge and the point (№Times New Romanџ(d is the same as r_№Times New Romanџ(), we end up with the electric field equation. Therefore, we get the equation on the left side.€€€Јд-#рTimes New Romanџ(W=qV€€€шн,ы"Аг№Times New Romanџ(This is the amount of work done on a charge, often referred to as electrical potential energy. It's just the voltage form of work. A note... if the charge is being moved, you have to take into consideradion the №Times New Romanџ(changeq№Times New Romanџ( of voltage on that charge. Just make sure you take a look at test problem number one where I'll show it applied.€€€„›31'6рTimes New Romanџ(Gosh... there's a lot of theory here... One more page.€€ џџѓ\?и,00ќў№а§ѓ0а§Рў0@3јфиџ0Єшў№\ўѓЄ\ўРў0@ѓјѓ 3(џџџ?џџ€€Layer 1џџџџO€џџ€€ џџ CDocumentPage Page 1Scene 1Cљa<СЊ–<-@8h…hhhhџџџџРРРџ ДVector::Template"PublishFormatProperties::generatorџџџџќџџ CColorDefџ€џ€џ€3џPя€fџPя0€™џPяH€ЬџPя`€џџPяx€3џя€33џ(я€3fџ<я0€3™џCяH€3ЬџFя`€3џџHяx€fџя0€f3џя0€ffџ(я0€f™џ5яH€fЬџ<я`€fџџ@яx€џ€333џ0€џ€3џ я€33џxя€f3џdя0€™3џ]яH€Ь3џZя`€џ3џXяx€33џШя€333џ0€3f3џPPH€3™3џPx`€3Ь3џPx€3џ3џPя€f3џмя0€f33џPH€ff3џ(PH€f™3џ<x`€fЬ3џCx€fџ3џFя€џ€fffџ`€џ€fџ я0€3fџŒя0€ffџxя0€™fџkяH€Ьfџdя`€џfџ`яx€3fџДя0€33fџ PH€3ffџxPH€3™fџdx`€3Ьfџ]x€3џfџZя€ffџШя0€f3fџШPH€fffџ`€f™fџP0x€fЬfџPx€fџfџPяЈ€џ€™™™џ€џ€™џ яH€3™џ“яH€f™џ…яH€™™џxяH€Ь™џnя`€џ™џhяx€3™џ­яH€33™џ x`€3f™џŒx`€3™™џxx`€3Ь™џkx€3џ™џdя€f™џЛяH€f3™џДx`€ff™џ 0x€f™™џx0x€fЬ™џdx€fџ™џ]яЈ€џ€ЬЬЬџР€џ€Ьџ я`€3Ьџ–я`€fЬџŒя`€™Ьџ‚я`€ЬЬџxя`€џЬџpяx€3ЬџЊя`€33Ьџ x€3fЬџ“x€3™Ьџ…x€3ЬЬџxx€3џЬџnя€fЬџДя`€f3Ьџ­x€ffЬџ x€f™ЬџŒx€fЬЬџxx€fџЬџkяЈ€џ€џџџџ№€џ€џџ яx€3џџ˜яx€fџџяx€™џџˆяx€Ьџџ€яx€џџџxяx€3џџЈяx€33џџ я€3fџџ–я€3™џџŒя€3Ьџџ‚я€3џџџxя€fџџАяx€f3џџЊя€ffџџ яЈ€f™џџ“яЈ€fЬџџ…яЈ€fџџџxяЈ€џ€џџяx€џ€™џяH€™3џ яH€™fџяH€™™џ(яH€™Ьџ2я`€™џџ8яx€Ьџя`€Ь3џ я`€Ьfџя`€Ь™џя`€ЬЬџ(я`€Ьџџ0яx€џџяx€џ3џяx€џfџяx€џ™џяx€џЬџ яx€џџџ(яx€џ€џџPяx€џ€™3џуяH€™33џx`€™f3џx`€™™3џ(x`€™Ь3џ5x€™џ3џ<я€Ь3џця`€Ь33џx€Ьf3џ x€Ь™3џx€ЬЬ3џ(x€Ьџ3џ2я€џ3џшяx€џ33џя€џf3џ я€џ™3џя€џЬ3џя€џџ3џ(я€џ€џџ яx€џ€™fџеяH€™3fџмx`€™ffџ0x€™™fџ(0x€™Ьfџ<x€™џfџCяЈ€Ьfџмя`€Ь3fџуx€Ьffџx€Ь™fџx€ЬЬfџ(x€Ьџfџ5яЈ€џfџряx€џ3fџця€џffџяЈ€џ™fџ яЈ€џЬfџяЈ€џџfџ(яЈ€џ€џџџ(яx€џ€™™џШяH€™3™џШx`€™f™џШ0x€™™™џ€™Ь™џPPЈ€™џ™џPяР€Ь™џвя`€Ь3™џеx€Ьf™џмx€Ь™™џPЈ€ЬЬ™џ(PЈ€Ьџ™џ<яР€џ™џияx€џ3™џмя€џf™џуяЈ€џ™™џяР€џЬ™џяР€џџ™џ(яР€џ€џџџxяx€џ€™ЬџОя`€™3ЬџЛx€™fЬџДx€™™Ьџ PЈ€™ЬЬџxPЈ€™џЬџdяР€ЬЬџШя`€Ь3ЬџЃ №Times New Romanџ(e№Times New Romanџ(-€€€DЃ №Times New Romanџ(e№Times New Romanџ(-€€€Э0Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€јЃ №Times New Romanџ(e№Times New Romanџ(-€€€U Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€и 5Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€ IЃ №Times New Romanџ(e№Times New Romanџ(-€€€P 5Ѓ №Times New Romanџ(e№Times New Romanџ(-€€€њDЃ №Times New Romanџ(e№Times New Romanџ(-€€€2XЃ №Times New Romanџ(e№Times New Romanџ(-€€€крЃ №Times New Romanџ(e№Times New Romanџ(-€€€УвЃ №Times New Romanџ(e№Times New Romanџ(-€€€ћцЃ №Times New Romanџ(e№Times New Romanџ(-€€€; вЃ №Times New Romanџ(e№Times New Romanџ(-€€€х!šЃ №Times New Romanџ(e№Times New Romanџ(-€€€и"šЃ №Times New Romanџ(e№Times New Romanџ(-€€€_"IЃ №Times New Romanџ(e№Times New Romanџ(-€€€дQC#O№Times New Romanџ(There are lots of electrons (e№Times New Romanџ(-ˆ№Times New Romanџ() on the left side while only a few on the right side. If I were one of those electrons on the left, I'd rather get out of that overcrowded area and head to where there are less electrons (and usually a positive charge, but don't worry about that now. Therefore, I flow over to the right side. Along with me comes electrons going to the right side as well. This flow of electrons is called a №Times New Romanџ(voltage№Times New Romanџ(, or №Times New Romanџ(potential№Times New Romanџ(, or №Times New Romanџ(potential differenceu№Times New Romanџ(. It's basically a pressure difference in electrons at two points. Electrons flow from high pressure to low pressure.€€€Da!$ №Times New Romanџ(More equations:€€€lј"sрTimes New Romanџ(V=kq/r€€€ш#‡"{№Times New Romanџ(This is called the №Times New Romanџ(absolute potentialш№Times New Romanџ( equation. It works just like the electric field equation, except that it tells you where a voltage is at a given point, not an electrical field. The drawing I made for the electrical field works for the absolute potential as well.€€€ф˜(ƒрTimes New Romanџ(E=Vd€€€ н'У"{p№Times New Romanџ(If we take the absoulte potential equation, and divide it by the distance (d) between the charge and the point (№Times New Romanџ(d is the same as r_№Times New Romanџ(), we end up with the electric field equation. Therefore, we get the equation on the left side.€€€Јд-#рTimes New Romanџ(W=qV€€€шн,ы"Аг№Times New Romanџ(This is the amount of work done on a charge, often referred to as electrical potential energy. It's just the voltage form of work. A note... if the charge is being moved, you have to take into consideradion the №Times New Romanџ(changeq№Times New Romanџ( of voltage on that charge. Just make sure you take a look at test problem number one where I'll show it applied.€€€„›31'6рTimes New Romanџ(Gosh... there's a lot of theory here... One more page.€€ џџѓ\?и,00ќў№а§ѓ0а§Рў0@3јфиџ0Єшў№\ўѓЄ\ўРў0@ѓјѓ 3(џџџ?џџ€€Layer 1џџџџO€џџ€€ џџ CDocumentPage Page 1Scene 1Cљa<СЊ–<-@8h…hhhhџџџџРРРџ ДVector::Template"PublishFormatProperties::generatorџџџџќџџ CColorDefџ€џ€џ€3џPя€fџPя0€™џPяH€ЬџPя`€џџPяx€3џя€33џ(я€3fџ<я0€3™џCяH€3ЬџFя`€3џџHяx€fџя0€f3џя0€ffџ(я0€f™џ5яH€fЬџ<я`€fџџ@яx€џ€333џ0€џ€3џ я€33џxя€f3џdя0€™3џ]яH€Ь3џZя`€џ3џXяx€33џШя€333џ0€3f3џPPH€3™3џPx`€3Ь3џPx€3џ3џPя€f3џмя0€f33џPH€ff3џ(PH€f™3џ<x`€fЬ3џCx€fџ3џFя€џ€fffџ`€џ€fџ я0€3fџŒя0€ffџxя0€™fџkяH€Ьfџdя`€џfџ`яx€3fџДя0€33fџ PH€3ffџxPH€3™fџdx`€3Ьfџ]x€3џfџZя€ffџШя0€f3fџШPH€fffџ`€f™fџP0x€fЬfџPx€fџfџPяЈ€џ€™™™џ€џ€™џ яH€3™џ“яH€f™џ…яH€™™џxяH€Ь™џnя`€џ™џhяx€3™џ­яH€33™џ x`€3f™џŒx`€3™™џxx`€3Ь™џkx€3џ™џdя€f™џЛяH€f3™џДx`€ff™џ 0x€f™™џx0x€fЬ™џdx€fџ™џ]яЈ€џ€ЬЬЬџР€џ€Ьџ я`€3Ьџ–я`€fЬџŒя`€™Ьџ‚я`€ЬЬџxя`€џЬџpяx€3ЬџЊя`€33Ьџ x€3fЬџ“x€3™Ьџ…x€3ЬЬџxx€3џЬџnя€fЬџДя`€f3Ьџ­x€ffЬџ x€f™ЬџŒx€fЬЬџxx€fџЬџkяЈ€џ€џџџџ№€џ€џџ яx€3џџ˜яx€fџџяx€™џџˆяx€Ьџџ€яx€џџџxяx€3џџЈяx€33џџ я€3fџџ–я€3™џџŒя€3Ьџџ‚я€3џџџxя€fџџАяx€f3џџЊя€ffџџ яЈ€f™џџ“яЈ€fЬџџ…яЈ€fџџџxяЈ€џ€џџяx€џ€™џяH€™3џ яH€™fџяH€™™џ(яH€™Ьџ2я`€™џџ8яx€Ьџя`€Ь3џ я`€Ьfџя`€Ь™џя`€ЬЬџ(я`€Ьџџ0яx€џџяx€џ3џяx€џfџяx€џ™џяx€џЬџ яx€џџџ(яx€џ€џџPяx€џ€™3џуяH€™33џx`€™f3џx`€™™3џ(x`€™Ь3џ5x€™џ3џ<я€Ь3џця`€Ь33џx€Ьf3џ x€Ь™3џx€ЬЬ3џ(x€Ьџ3џ2я€џ3џшяx€џ33џя€џf3џ я€џ™3џя€џЬ3џя€џџ3џ(я€џ€џџ яx€џ€™fџеяH€™3fџмx`€™ffџ0x€™™fџ(0x€™Ьfџ<x€™џfџCяЈ€Ьfџмя`€Ь3fџуx€Ьffџx€Ь™fџx€ЬЬfџ(x€Ьџfџ5яЈ€џfџряx€џ3fџця€џffџяЈ€џ™fџ яЈ€џЬfџяЈ€џџfџ(яЈ€џ€џџџ(яx€џ€™™џШяH€™3™џШx`€™f™џШ0x€™™™џ€™Ь™џPPЈ€™џ™џPяР€Ь™џвя`€Ь3™џеx€Ьf™џмx€Ь™™џPЈ€ЬЬ™џ(PЈ€Ьџ™џ<яР€џ™џияx€џ3™џмя€џf™џуяЈ€џ™™џяР€џЬ™џяР€џџ™џ(яР€џ€џџџxяx€џ€™ЬџОя`€™3ЬџЛx€™fЬџДx€™™Ьџ PЈ€™ЬЬџxPЈ€™џЬџdяР€ЬЬџШя`€Ь3ЬџШx€ЬfЬџШx€Ь™ЬџШPЈ€ЬЬЬџР€ЬџЬџPяи€џЬџаяx€џ3Ьџвя€џfЬџеяЈ€џ™ЬџмяР€џЬЬџяи€џџЬџ(яи€џ€џџџШяx€џ€™џџИяx€™3џџДя€™fџџ­яЈ€™™џџ яР€™ЬџџŒяР€™џџџxяР€ЬџџРяx€Ь3џџОя€ЬfџџЛяЈ€Ь™џџДяР€ЬЬџџ яи€Ьџџџxяи€џџџШяx€џ3џџШя€џfџџШяЈ€џ™џџШяР€џЬџџШяи€џџџџ№€џ€џџџџџџџ€џџџџџџџ€џџџџџ€џџџџџ€џџџџџ€џf§џ`џџџџzџџџџ€™fџЊџЬџџџџџџ€џџџ*џџџ]џџџџџЊџџдџџџџџџџџh