I think is known as PLATEAU
Answer:
b)-2.4% year
Explanation:
The population growth can be calculated by the following equation.
In which 
is the population in t years from now, 
is the population in the current year and r(decimal) is the growth rate.
is the Euler number.
The current population of South Korea is 50 million, so 
2750 is 2750 - 2019 is 731 years from now. So we have that 
. The population is going to be extinct, so 
.
So, we can replace the values of and t in the equation, and see for which growth rate .
a) 0.012 % year
This is a positive growth rate, which means that the population will not be going extinct. So this is not the alternative
b)-2.4% year
Population of 1 person, basically extinct. This is the correct answer
c)-0.01% year'
Population still at 24 million, it does not goes extinct.
d)-0.012% year
Population still at almost 21 million, it does not goes extinct.
The next low tide will occur at 12 Noon, because the coastline will turn 90 degrees from the moon.
Explanation:
All around the world, along the coastlines, it can be noticed that everyday the water is rising at some points, and then it is retracting at some points. When the water rises it is called a high tide, while when the water is retracting it is called low tide. Both of these tides occur twice every day.
In this case, we have a high tide occurring at 6 AM, meaning that the other high tide will occur at 6 PM, when the moon circles by 180 degrees from the coastline. The low tide also occurs on every 12 hours, which occurs roughly 6 hours after the high tides, so in this case the low tides will occur at 12 Noon and at 12 Midnight. There are variations among the tides, depending on the relative position of the Earth, Moon, and Sun towards each other, some being:
- bore tide
- neap tide
- spring tide
- rip tide
Learn more about spring tide and neap tide brainly.com/question/11545040
#learnwithBrainly
<span>The answer is B) independent assortment. The principle of the independent assortment was originally stated by Gregor Mendel. It explains that the random and independent distribution of homologous chromosomes occurs during cell division meiosis. This gives different traits an equal opportunity to inherit together.</span>
