Answer:
In the deep ocean layers where the sunlight does not reach, these organisms that are chemoautotrophic use sulfides from the hydrothermal vents to perform chemosynthesis instead of photosynthesis.
Explanation:
Chemoautotrophic organisms are the ones that are adapted to the absence of sunlight. Such organisms identify electron donors in their vicinity and derive energy from the oxidation reactions that these electron donors (mostly, inorganic compounds) undergo.
The major reason for the development of such a trait in these organisms is the depth that they live at. On deep-sea floors, there is an abundance of sulfides. Thus, the organisms living on there make use of the sulfides to fix carbon and obtain energy the required energy to sustain.
The process of chemosynthesis occurring on deep-sea floors due to the presence of carbon, sulfides, and oxygen culminates in the production of organic materials as an end result which the organisms feed on and sustain even when there is no sunlight available. These organisms majorly belong to the bacteria species called Archaea and Extremophiles.
Answer: People respond to incentives
Explanation:
What is an incentive?
An incentive refers to the punishment or reward that will affect how a person act towards a particular situation. Logically people decide their actions based on what the benefits will be.
Incentives determines the function of the market world for instance when a price of a particular brand of bread decide to raise their price people may decide to buy other brand of bread more than they buy the expensive brand of bread.
The incentive of being in a smoke free restaurant is causing people to drive all the way for just that benefit.
Answer:
false
Explanation:
1 goes to 4 by multiplying by 4 but if you multiply 2 by 4 you get 8, not 6, therefore they are not equivalent
Your insurance claim, step-by-step
Orange Phone Icon Connect with your broker. Your broker is your primary contact when it comes to your insurance policy – they should understand your situation and how to proceed. Once you give your broker a detailed list of all the items that were damaged or lost, and any photos or videos that help to explain the circumstances, an adjuster will follow up with you to continue the claims process.
Orange Magnifying GlassClaim investigation begins. After the claim has been reported, it will need to be investigated by an adjuster to determine the amount of loss or damages covered by your insurance policy. The adjuster will also identify any liable parties, and you can help the process by providing any witness information or other parties’ contact information.
Orange Paper IconYour policy is reviewed. Once the investigation is complete, the adjuster will go through your policy carefully to determine what is and isn’t covered under your policy, and inform you of any applicable deductibles that may apply to your case.
Orange Clipboard and Pen IconDamage evaluation is conducted. In order to accurately evaluate the extent of the damage, your insurance adjuster may hire appraisers, engineers, or contractors to lend their expert advice. Once the evaluation is complete, your adjuster will provide you with a list of preferred vendors to help with repairs. You’re not obligated to hire these vendors, but it can save you a good deal of time and research.
Orange Money Icon Payment is arranged. After repairs have been completed and lost or damaged items have been replaced, your adjuster will contact you regarding settlement of your claim and payment. The amount of time it takes to receive payment will depend on the complexity and severity of your situation.
Answer:
The correct answer is: The Treaty of Lisbon.
Explanation:
The Treaty of Lisbon amends the two treaties (the Treaty of Rome and the Treaty of Maastrict), signed in 2007, and became effective in 2009. It was signed with the aim of resolving the issue of further institutional functioning of the European Union. The Treaty of Lisbon complements the existing treaties on the European Union and the European Community, without replacing them.
