If you're calculating the power of an athlete who is lifting weights,
or the power of a windmill that is pumping water from a well, or
the power of two horses turning millstones, then those electrical
units won't help at all.
But if you happen to be calculating the power delivered to an
electrical circuit or dissipated by an electrical device, then you
can use ...
(voltage) times (current)
or
(voltage)² divided by (resistance)
or
(current)² times (resistance) .
The choice just depends on which quantities you know
or can easily measure.
Answer:
they don't strech so they tear a muscle when they perform
Explanation:
The block that has a higher temperature describes the thermal energy of these blocks. Thermal energy is a measure of internal energy - therefore, the block with the higher temperature has more internal energy than the block with the lower temperature, meaning it's thermal energy is greater.
This isn't a specific answer, but explaining this. Noble gases don't bond easily with other elements because they have their outermost orbital filled, and do not need an extra or need to let go of one to become complete. Therefore, they don't share or give away/take electrons easily.
You could say something like, "I know I'm hard to bond with, it's just I don't like to share," or something like that.