The growth of a certain species {in millions) since 1930 closely fits the following exponential function where t is the number of years since 1930.

The growth of a certain species (in millions) since 1980 closely fits the following exponential function where t is the number of years since 1980.
The growth of a certain species {in millions) since 1930 closely fits the following exponential function where t is the number of years since 1930.Mt} = 3000 e outfit a. The population of the species was about 3.552 million in 1990. How closer does the function approximate this value?b. Use the function to approximate the population of the species in 2000. (The actual population in 2000 was about 4291 million}c. Estimate the population of the species in the year 2015. a. Choose the correct answer below.0 A. The population of the species in 1990 is approximately 3042 million. This is not a close appoximation to the actual value of 3552 millionI because theapproximation does not take into account a massive growth increase between 1900 and 1990. O B. The population of the species in 1990 is approximately 3542 million. This is fairly close to the actual value of 3552 million, because the percentage difference isvery small. 0 C. The population of the species in 1990 is approximately 3542 million. This is not a close appoximation to the actual value of 3552 million. because thedifference in the two populations is ten million, which is large. b. The approximate population in 2000 is million.(Round to the nearest whole number as needed.) c. The approximate population in 2015 is million.(Round to the nearest whole number as needed.)