Are you looking for their name?
They are called chemotrophs; this means that they obtain their energy from chemical reactions.
They are different from phototrops, which obtain their energy from the sun, mostly through the process called photosynthesis.
Let me know if you were looking for something else than a name and if there were options:)
The correct answer is - B. 9%.
The United States, even though are one of the biggest investors in the development of usage of renewable energy, are still not very willing to use them as much and are mostly sticking to the nonrenewable energy resources. This is mainly due to the economic factor, and the United States are not a country that accepts any downfall in its economy, especially not if it doesn't have to. This also causes a lot of controversy because it is damaging the environment, and while lots of developed countries are focusing on the usage of the renewable energy resources, the United States refuse to do so even though they are one of the two biggest polluters in the world.
Answer:
its c because 7 x 9=90+7=900
Explanation:
your welcome man
Answer:
Alaska and Louisiana.
Explanation:
Counties are a type of internal territorial subdivision in the United States, with a lower hierarchy than states. Thus, a set of several counties in turn forms a state. They are, in short, the form of local territorial organization of a specific and determined area, in turn made up of several cities.
The name "County" is used in the vast majority of the 50 states, except for two particular cases: Alaska and Louisiana. Thus, in Alaska these types of organizational structures are called "Boroughs", while in Louisiana their name is "Parishes", thanks to its French colonial heritage.
Answer:
Higher temperature increases the speed of solubility
Explanation:
"Solubility" refers to the ability of a solute to be dissolved in a solvent. Solubility and temperature are <em>directly proportional</em>. This means that <em>as the temperature increases, the solubility of a substance increases too</em>. In the same manner, <em>as the temperature decreases, the solubility of a substance decreases too.</em>
High temperature produces<u> high heat (increase kinetic energy) that triggers the solvent to break the solutes apart.</u> This is mostly true for many solid-state solutions.
