It is equal to 1.8It is equal to 1.8It is equal to 1.8It is equal to 1.8
Angles are not necessarily equal, and sides are not necessarily equal in length.Angles are not necessarily equal, and sides are not necessarily equal in length.Angles are not necessarily equal, and sides are not necessarily equal in length.Angles are not necessarily equal, and sides are not necessarily equal in length.
It is the same. So they are equal
If you do not know what y is equal to then you can not evaluate this. If it is equal to zero then y is equal to 6/5.
428 is equal to 428. No other number is equal to 428.
sure, no problem! The power supplying device is rated as to its MAXIMUM current delivering capacity, so 100ma being less than 650ma, you could run up to 6 of those devices in parallel with that adapter. You should not try to run a 650ma device with a 100ma supply though.
A series circuit has 100mA flowing through a 1.5kohm load. The power dissipated by the load is equivalent to 15 Watt. This is based on the formula, power is equals to square current times load.
100 hours.
No. an AC adapter will not work for equipment that needs DC.
120 volts. Probably won't kill you, but it isn't pleasant.
No you should not do that. It will damage the battery and the battery will explode.
No. Both the voltage and the current are too low.
No, if the device needs 700mA of current, your power adapter cannot supply adequate current.
150 mA is.
model 1165 eska,what fuel mix?
It looks like you answered your own copy-and-pasted question.
Yes. Yes, you can replace a transformer with one that has a higher current rating. The load on the transformer should be less than 200mA because presumably that is what the circuit was designed for. Since the current through the transformer should be less than 200mA, the 500mA transformer will not be damaged. The opposite is not true. You should not replace a 200mA rated transformer with a 100mA transformer, for example. If the current exceeds 100mA, the transformer could fry.