0
What else can I help you with?
How electricity useful in everyday life?
It helps us if we don't have light .
Why are fuels useful to us?
Fuels are useful to us because they provide energy for various purposes such as powering vehicles, heating homes, generating electricity, and manufacturing products. They are a convenient and reliable source of energy that can be easily stored and transported for use when needed.
Is electricity natural or unnatral?
Electricity has always existed, and it's completely natural. Recently (about 250 years ago), we began to figure out how electricity behaves, and how to work with it for purposes that are useful and helpful to us.
Why is a tsunami useful?
Tsunami is useful to generate electricity.
What is useful about static electricity?
You can move things with static electricity!
What type of electricity is not useful?
The LEAST useful form of energy is Static Electricity however it to still find some uses.
Is nuclear-deal useful for us-why?
is nuclear deal useful for us? why nuclear deal is useful for us? is nuclear deal useful for us? why nuclear deal is useful for us? is nuclear deal useful for us? why nuclear deal is useful for us? is nuclear deal useful for us? why nuclear deal is useful for us?
How is lightening useful?
it preduses electricity
What makes electricity such a useful form of energey?
the thing that makes electricity such a useful form of energy is that electricity is renweable it comes from the skies "thunder" you can also generate electircity but still some things need electricity to help it generate. so......... electircity is a useful form of energy, but also wind, solar are also useful for of energy.
In what way does nuclear power help us?
It provides a good deal of electricity, 19 percent in the US. It also provides useful radioisotopes for medical and industrial use
Useful and non-useful energy transfers for coal?
Useful: Energy Light Sound Non-Useful: Electricity C02
Why electricity is useful?
What makes electricity useful is that it is relatively easy to (a) transfer it over large distances, and (b) convert back and forth with other forms of energy.
