For example, an easy problem is just to calculate the potential energy (by multiplying mass x gravity x height). Some things you can do to make it slightly more complicated include:
A conductor allows easy transfer of energy.
easy cause a heron eats fish and it uses as its energy
Huge baterries made by beavers
In SI units, the prefix "giga" means 10 to the 9th power and the prefix "kilo" means 10 to the 3rd power. The actual homework problem... er, question... should be easy to solve from the above information.
The standard reduction potentials tells you how easy or hard it is to reduce the element in question.
Not easy...
For as long as you know the rules, it would just be easy.
To make it easy for ACME to solve the problem.
All it depends on the type of problem. So first you need to elaborate what kind of problem you are facing, then it will become easy to suggest solution over particular problem.
because then it would be to easy to solve all of our problems.
Usually you would use the water's potential energy - the fact that the water is at a certain height, and can provide energy by falling down. It need not be water - it just so happens that (1) in some places there are large amounts of water available that has potential energy (as in a lake in the mountains); and (2) it is relatively easy to convert that potential energy to other types of energy.
Usually you would use the water's potential energy - the fact that the water is at a certain height, and can provide energy by falling down. It need not be water - it just so happens that (1) in some places there are large amounts of water available that has potential energy (as in a lake in the mountains); and (2) it is relatively easy to convert that potential energy to other types of energy.
its solve easy
To "address the problem" is similar to the term "address the ball" in golf or baseball. In the large sense "address" is used to mean to "confront," or to "place yourself in position" - in this case to "solve the problem." It is not the same meaning as to "solve the problem" because sometimes problems are not easy to solve and/or take time. Therefore, one must "engage yourself in the problem," think about it, make efforts to resolve it, etc.
potential energy is an easy energy... just like kenetiic and activation energy some examples of potention energy is a person on top of a hill standing, getting ready to ski.... they have potential energy as they are not moving but are gettting ready to be involved with kenetic energy. also a match getting started...is potentiaal energy.
That's because you need it in specific forms, either to transport it, or to actually use it. As an example, a hydraulic energy plant uses mechanical energy (potential energy in the water); this is converted to electrical energy, transported to our homes, and then converted to light in a light bulb (among many other uses!). In this example, we have no direct use of the potential energy as such; the energy is converted to electrical energy which is easy to transport, and easy to convert to other forms of energy - such as light in this case.
its a type of doing division by using different opertions or an easy way to solve a division problem....