The designation "12V 100VA" indicates that the device operates at a voltage of 12 volts and has a power rating of 100 volt-amperes (VA). The "VA" unit represents apparent power, which is a combination of real power (watts) and reactive power, and is particularly relevant for AC circuits. This means the device can draw up to 100 VA of power, but the actual wattage may vary depending on the power factor of the load. In essence, it specifies the electrical requirements for proper operation.
The amp rating for a 100VA transformer will vary depending on the actual voltage of the transformer. Transformers have both a primary and a secondary voltage.
Yes
Ulitization factor is how much of the designed total is used. My house is fed off a 50KVA transformer. It's capable of supplying 50KVA continuously, but it's probably only gets used at its' full potential every once in awhile (when my neighbors and I wake up in the morning, and when we get home from work and eat dinner, perhaps). Say it only gets used at 30KVA on average. The utilization factor would be 30/50, or 60%.
Do you mean 'battery'
what do you mean by multiplication
The amp rating for a 100VA transformer will vary depending on the actual voltage of the transformer. Transformers have both a primary and a secondary voltage.
Yes
These particles are: proton (positive) and electron (negative).
Containing electrolytes the coconut water is electricaly conductive.
Electrical charges of protons and electrons are neutralized each other.
Containing electrolytes the coconut water is electricaly conductive.
Containing electrolytes the coconut water is electricaly conductive.
A small hard bristled brush on the end of a hanle about 200mm long for the cleaning of teeth, there are also electricaly run versions of this.
there might be something electricaly interfering with the CD and the player. my freind has a psp, that when yo shake itor smack the back of it, it will go black.
Unlike the previous Tesla car the Model S appears to be designed and built as a sedan or family car. Similar design as the fully electricaly powered previous sports models
Ulitization factor is how much of the designed total is used. My house is fed off a 50KVA transformer. It's capable of supplying 50KVA continuously, but it's probably only gets used at its' full potential every once in awhile (when my neighbors and I wake up in the morning, and when we get home from work and eat dinner, perhaps). Say it only gets used at 30KVA on average. The utilization factor would be 30/50, or 60%.
From the beginning of electricaly wired homes (aprx. 1880) until about the late 50's or early 60's. They were replaced with circuit breakers because circuit breakers will trip a lot faster when a short occurs and can be re-used as apposed to having to be thrown out and replaced after a short.