If we are depending on nonrenewable resources only then we will run out first at that resource which we are using at large level
that resource which is used at all levels at very fast level but we can't get it at that rate from natural sources
So out of all given choices we know that at most fastest rate we are using the OIL which we extract from the earth crust.
The rate with which we are extracting oil is very fast and if we use it at same rate then we will definitely run out of it
so correct answer would be
B. oil
Makes the electron move in a certain direction which can be measured through Flemming's left hand rule.
The coefficient of linear expansion is
<em>(change of length, feet) / (original length, feet)</em> per °F.
Since the numerator and denominator of the fraction have the same
unit, the coefficient turns out to be just a number, with no unit.
Answer:The process of purifying sea water into fresh water is called Desalination, which essentially means removing the salt from water.
There are two main industrial size process for desalination, one is thermal desalination which is distillation using heat and the other is with Reverse Osmosis or RO using water pressure through membranes.
In some places they’re doing inverse osmosis, which needs lots and lots of energy, maybe being in a sunny place.
Evaporation is a also a good method for removing salt from sea water but that is used only in low consumption of water.Israel is currently using the desalination process successfully and there is a plant that I read about near San Diego, CA.
Here some methods are help to removing salt from sea water
Turning Salt water into Drinking water using Solar power
The MIT team's this new desalination technology "electrodialysis" is comparatively less expensive.
Graphene Sieve turns Seawater into Drinking water
A new research shows graphene can filter common salts from water to make it safe to drink.The new findings could lead to affordable desalination technology.
Graphene-oxide membranes have attracted considerable attention as promising candidates for new filtration technologies. Now the much sought-after development of making membranes capable of sieving common salts has been achieved.
New research demonstrates the real-world potential of providing clean drinking water for millions of people who struggle to access adequate clean water sources.
Explanation: Thanks and good luck.