Answer:
species accumulation curve flattens out
Explanation:
The number of species in a graph plotted that is living in a specific area. This is is then plotted in a graph that is referred to as the species accumulation curve. This kind of data is collected by physically going out to look for the different organisms in a determined area. It is calculated by plotting the mean of the animals (along with their standard deviation). This type of data is important for comparing populations in areas and the number of species as well.
Flattening of the curve means that the number of cumulative species has reached it'd peak and had plateaued.
The correct answer would be, Trialability.
In the context of product adoption and diffusion, Blush Clinique illustrates the characteristic of Trialability.
Explanation:
When customers can try a new product or service easily, it is called as the Trialability. As its name suggests, Trialability is something when customers take a trial of a product or service.
Trialability is very important in launching new product. Companies use this technique to test their innovative product or service to see the true value of the new innovative product.
Customers can be amazed or disappointed by the new product Trialability. In this way companies come to know about the feedback for their product or service first handed.
In the given example, when Blush Clinique introduces a range of cream based lipsticks, it puts up booths in all the high end malls of the city, so that visitors come and check the sample product. In this way the chances are high for the customers to adopt the product after trial.
Learn more about Product adoption and diffusion at:
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You are given
an investment of $5000 with a rate of 5.5% per year simple interest. You are
required to get the total interest money after 5 years. Simple interest is the
money that you can earn by investing initially some money. The percentage of
the principal makes your investment grow. The simple interest formula is equal
to the principal starting money multiplied by the interest rate and the time
borrowed in years.
F = P (1+rn)
F =
($5000)[1+(0.055)(5)]
<span>F = $6375</span>
It's either B or D ...I'm leaning more towards D tho.