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Either the charger, the battery, or the connections to the battery are faulty.
1). Remove the battery. Clean the contacts on the battery, and the battery contacts inside the shaver, with alcohol on a cotton-swab. Then go over the contacts with a soft lead pencil. Then try charging for a while.
If it still won't charge, then by this time, you're probably better off just returning the whole thing for warranty service or replacement. If you want to go on, then the next step is:
2). Replace the charger or battery, whichever is cheaper.
After that, if it still doesn't charge, then you replaced the wrong one ... Say 'hello' to Murphy for me.
There is a way to check out the charger, but it's not easy. You'd need to measure the charger output WHILE it's connected to the battery, which requires a voltmeter and some kind of mechanical jimmying inside the shaver case. Since you asked this question, you probably shouldn't try it.
What else can I help you with?
What force is caused by tiny collisions called micro welds on surfaces that are stuck together?
The force caused by tiny collisions and micro welds that hold surfaces together is called adhesion force. It is the attraction between molecules on different surfaces that causes them to stick together.
How many electrons does it take to make 80 MICRO-COULOMBS of charge?
Look up the charge of an electron, then divide 80 microcoulombs by that charge. Note that "micro" means a millionth. Also note that a coulomb is a positive charge, whereas the electron has a negative charge.
Two electrostatic force between charges of 200 micro coulomb and 500 micro coulomb placed in free space in 5 gf find the distance between the two charges?
We have given that : Two charges first coloumb = 200 micro coloumb/ 200*10-6 ( there 6 is power ,1 micro coloumb = 10 di power -6/ 10-6) Second coloumb = 500 micro coloumb/500*10-6. We have given that Electrostatic Force = 5 gf ( 5 gf = 0.05 N) We need to calculate distance (r). We know that F = kq1q2/r square. R square = 9*10di power 9*200 microC*500 microC/0.05N Calculate it you will get r square = 18000mitre & r = 134.16 which is approx to 135.5 m. We know that k = 9*10di power 9.
When was Micro Center created?
Micro Center was created in 1979.
When was Velocity Micro created?
Velocity Micro was created in 1997.
What is the electrical force between a glass bulb with 2.5 micro coulomb of a charge and a rubber bulb with 5.0 micro coulomb of charge when they are saparated by 5.0 centimetres?
Force between two charges is given by 9*109*q1*q2 / r2 micro equals to 10-6 and centi equals to 10-2 Hence applying these notations we get the force to be 45 N
How can you find the force acting on a charge of x coulombs in an electric field of y micro coulomb?
First we must know where the charge x coulomb has been placed. Without that data we cannot find the required. Field due to y micro coulomb at a point distance r will be 9x109 y / r2 micro newton So the force on x coulomb kept at that point will be 9x109 xy / r2 micro newton
If your BlackBerry uses micro usb to charge then it will work.?
If your BlackBerry uses micro usb to charge then it will work.
How much do you charge to do micro braids?
WELL YOU CHARGE $160 OR $300 BECAUSE OF THE TIME
When the eletrostatic force will be one newton?
If two charges of values 1 micro coulomb and 0.1 micro coulomb are kept in free space separated by a distance of 3 cm then the force between them will be 1 N.
What is the electrical force between a glass bulb with 2.5 micro coulomb of a charge and a rubber bulb with -5.0 micro coulomb of charge when they are saparated by 5.0 centimetres?
You need to use the equation of the electric force is equal to "coulombs constant" mulitplied by charge one multiplied by charge two and all of that divided by the distance of the two charged particles... the equation looks like this...Fe = (K * Q1 * Q2 ) / rIn your problem... (K is always equal to 9*109 N*m2/C2)Q1 = .0000025 CQ2 = -.0000005 Cr = .05 mI converted all the values given into the proper unit. The charges should always be solves while using Coulombs... not micro Coulombs. The distance (r) should always be in meters not centimeters.So just solve it. Your answer should be -2.25 N.
What force is caused by tiny collisions called micro welds on surfaces that are stuck together?
The force caused by tiny collisions and micro welds that hold surfaces together is called adhesion force. It is the attraction between molecules on different surfaces that causes them to stick together.
Can you charge your Game Boy Micro with a Game Boy advance charger?
no you cannot but they are very similar
How many electrons does it take to make 80 MICRO-COULOMBS of charge?
Look up the charge of an electron, then divide 80 microcoulombs by that charge. Note that "micro" means a millionth. Also note that a coulomb is a positive charge, whereas the electron has a negative charge.
What type of charge cord comes with the Blackberry 9300?
The charge cord that comes with the Blackberry 9300 is a micro USB charge and sync cord. Besides providing the function of charging, this cord provides data synchronization function as well.
What is the total capacitance of this arrangement the charge of each capacitor and the voltage across the last capacitor and the energy stored in it?
(a) what is the total capacitance of this arrangement (B) the charge stored on each capacitor (C) the voltage across the 50 micro farad capacitor and the energy stored in it. 20v and 20+30+50 micro farad
What is the charge to have an ignition key made?
it depend where you go to get it done, where you live, and if the key has a micro chip in it or not. when you look at your key right below the base if there is a little black piece of plastic then there is no way to get the key copied (the piece of plastic is a micro chip)
