Competitions are closed for the current series.
There are X factor competitions all over the world, for example i live in Australia and there is an X factor competition running every year.
the x factor is now in london
i say she was on the x factor
2 x 5 x a x a x a x a = 10a^4
No there has never been buzzers on the x factor
Anyone can win X-Factor if they make it through try outs and the weekly competitions. Whether or not someone will win X-Factor depends on others in the competition and how well they sing.
There are X factor competitions all over the world, for example i live in Australia and there is an X factor competition running every year.
yes, there is the x factor and britans got talent!
American Idol, The Voice, America's Got Talent (although not limited to singing). X-Factor has a UK and USA broadcast.
The X Factor is a British television singing competition contested by aspiring singers drawn from public auditions. It is similar to other singing competitions such as American Idol and Pop Idol.
Watts = Voltage x Current x Power Factor 1000 Watts = 1 Kilowatt Therefore, you need to know current and Power Factor to answer your question.
In an AC system power is equal to Voltage x Current x Power factor. Power factor is not constant and depends on the type of the load. Ideal value of the Power factor is 1, where as practically remains less then 1.
just sing and hope to get noticed!! enter competitions and just sing as best as you can ! you could also try going on the X factor.
In DC, power equals voltage x current. In AC, power equals voltage x current x power factor. The power factor is an adimensional constant, and in common circuits it is often close to 1.
Commercial meters will multiply voltage x current x time x power factor. Since the voltage and the current change over time, this is really an integration.
It means opposite of any given element. e.g. The inverse of element "x" is 1/x. You can say that, for a given voltage, current is inversely proportional to resistance. This means that when resistance goes up by a factor of x, current goes down by a factor of x and vice versa.
Power (energy per time unit) actually depends on both. In a DC circuit, it is the product of voltage and current. In an AC circuit, it is the product of voltage x current x (power factor). The power factor is often close to 1.