No. The 9 volt DC adapter has a built in bridge rectifier that changes the AC to DC. Usually it is a half wave rectifier but on some more of the expensive adapters a full wave bridge and capacitors will be used.
Probably yes, because the voltage of adapters is often quite variable, but the new adapter must be able to supply as much current (amps or milliamps) as the old one.
answer is 2.4 x 10v-3
Attempting to run a 9v 1000mA device from a 12v 1200mA power supply will most likely damage it. Gree Fully, today's electronics are dependant on a precise set of values to operate efficiently. Ant deviation of any one value will effect the rest adversely. This will include values greater and less than recommended {i.e. 9.5V can not properly run recommended 9V nor 10V dependant circuits}. The components are manufactured with less and less tolerances I suppose for economical reasons. The days of seeing {+/-} are getting slim lol.
Gary, If you do this you are going to toast your CD player. I suppose you are thinking because the VA that it will be ok. It won't. Your CD is not desinged to handle the higher voltage . This is really no different that taking a 120 volt microwave and trying to plug it into 240 volt source; and I know you wouldn't want to do that. The only difference here is amps for household stuff and milliamps for your electronics. Same result though; you get to go and get a new one. . Andy
KE = 1/2mass velocity squared KE = 1/2mV^2 80 J = 1/2(10 kg)V^2 multiply through by 2 160 = 10V^2 divide by 10, both sides 16 = V^2 take square root each side and discard negative answer Velocity = 4 m/s
What you are asking is kinda like asking how many oranges in an apple Voltage is the measure of electrical potential Amps is the measure of electrical quantity a good illustration is a water pipe, you can have high pressure (volts) but unless the water is allowed to flow the quantity of water is zero. (amps)
It's not likely that you will be able to draw enough power for the 10v device, as you have probably found out by now.
It is: -10v+6v = -4v
100v2 - 220v + 121 = (10v - 11)2
using a step-up transformer. ****warning***** will stress a power supply
Any device is designed most likely with some limitation of +-% A 10v is nothing to worry about however the current is something to worry about
The rms of 10V is 6.02V. Take the peak voltage of the sine wave and multiply it by 0.707.
h + vt -4.9t^2=54925 10+10v-4.9(10)^2=54925 500+10v=54925 10v=54925-500 10v=54425 v=5442.5
2(5v + 6u)
it has three
ItDoes Not come with Internet but you can get it.
Follow the secondary wires, and see where they lead. It could be a doorbell transformer. It could be an old telephone (Trimline? Princess?) power transformer - check yellow and black in that case.
at 1 khz is .6volts