Well honestly this may be the hardest question I've personally ever faced but I believe the best answer is codime and linear
<span>There are actually a lot of ways to improve
your home’s impact on carbon dioxide emissions or biodiversity and I’d to give
this four (4) best ways to reduce ecological footprints.
</span>
<span><span>o </span>Add Energy-Saving Features – like for
instance install any energy-saving into your home (e.g. lamps) or you may you
like to choose energy efficient appliances.
</span>
<span><span>
o </span>Encourage Energy-Saving Habits – one example
is when turning off any appliances, do not just turn off the appliance but
instead unplug it because all electronics used up energy even if it is plug.
</span>
<span><span>
o </span>Save/Conserve Water
</span>
<span><span>
o </span>Buy carbon offset – these carbon offsets
mitigates owner’s greenhouse gas emissions.
In these ways, we can help our mother Earth. </span>
Answer: Here you go!
Explanation:
Doubling the amount of grass would definitely increase the rabbit population since there is more food/resources for it to produce. Since the food chain has a domino effect everything else would go up as well because of the increase of food/resources that will help sustain the population of all. so for the first line it would be increase for rabbit snake and hawk. Halving the amount of grass would effect the population of all animals as well. But in a more negative way. It would decrease because the rabbits wouldn't have enough food to produce and thrive. With the decline of rabbits less snakes will live because of the low amount of their main food source. Same with the eagles. So therefore it would be decrease in all the bottom lines.
Heat cannot transfer energy in vacuum. Only electromagnetic radiation can. Therefore heat transfer processes such as conduction and convection require a medium. By introducing vacuum between the inner and outer walls of thermos flask, heat loss from the content in the flask is drastically reduced because heat cannot transfer through the vacuum to the outer atmosphere.
