Answer:
50 animals.
Step-by-step explanation:
We have been given that the population of a wildlife habitat is modeled by the equation
, where t is given in years. We are asked to find the the number of animals originally transported to the habitat.
To find the the number of animals originally transported to the habitat, we will substitute
in our given equation as:





Therefore, 50 animals were originally transported to the habitat.
You would go through 4.5 bottles
81.
Add them all and then divide by the number of days (by 5)
Answer:
b) It is a binomial with a degree of 3.
Step-by-step explanation:
We need to find about which is true about the polynomial –8m3 + 11m from the given choices.
There are two terms so it is binomial.
Highest exponent on variable m is 3 so degree is 3.
Correct matching choice is "It is a binomial with a degree of 3."
Hence final answer is choice "b) It is a binomial with a degree of 3."