A group of creatures that are extremely rare, scarce, or infrequently encountered is referred to as a rare species.
Even though extinctions happen naturally, the pace of plant and animal extinctions today is substantially higher than it was previously. The main factor contributing to greater extinction rates is habitat loss.
The introduction of harmful nonnative species, pollution, disease transmission, and habitat changes are some additional causes. Overexploitation of wildlife for commercial gain is another. Species that are in risk of going extinct include those plants and animals that have become so scarce.
Animals and plants that are threatened with extinction across all or a sizable portion of their range are those that are very likely to do so in the near future. The most species are in danger from overuse of natural resources, such as overfishing, overhunting, and deforestation of forests. The extension of land for agriculture, cattle, wood, and aquaculture is another significant industry in the world.
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Break even idk tbh bruh it’s said wrong answer
Answer:
The correct answer is: Cost-Plus Pricing Strategy.
Explanation:
To begin with, a ''Cost-Plus'' is the name that a pricing strategy receives in the field of marketing and business that mainly focuses on the pricing of a product by the cost of it plus a certain porcentage of benefit, considering this last one as the benefit margin. Moreover, this type of pricing strategy is one of the most common ones in the field, typically the businesses use this type of pricing strategy due to the fact that it is easy to establish and it does not consider complex terms.
Secondly, in this case where the manager notices such a difference in the prices of the two cans is due to the fact that the manufacturer put less commodities and less effort in the can of 16-ounce rather than in the other can of 32-ounce where there is more soup and therefore there is more cost in that can, establishing that a higher price must put in that one.
Answer:
i=4.84%
Explanation:
the key to answer this question, is to remember the model of return for a perpeuity dividend calculation:
where value is the current stock price, i is the dividend yield and k is the growth rate, so applying to this particular case we have
k=3.4/91
k=3.74%
and solving i for the previous formula:
Answer:
At Price = 
Quantity demanded = 
At Price = 
Quantity Demanded = 
Now,
Above formula if used will give the correct answer related to Price Elasticity of Demand.
Another variant of above formula is also being used on prominent basis.
Utilization of any of the above Formula will give the ideal outcome in estimating Price elasticity of demand.
