The equation that models the population of bats is 326,000 x (1.014)^X = Y, so the correct answer is A.
<h3><u>Equations</u></h3>
Given that a scientist is studying wildlife, and she estimates the population of bats in her state to be 326,000, and she predicts the population to grow at an average annual rate of 1.4%, to create an equation that models the population of bats, Y , after X years, the following calculation must be made:
- 326,000 x (1+ 1.4/100)^X = Y
- 326,000 x (1 + 0.014)^X = Y
- 326,000 x (1.014)^X = Y
Thus, in 3 years, the equation would operate as follows:
- 326,000 x 1.014^3 = Y
- 326,000 x 1.0425 = Y
- 339,884.58 = Y
Learn more about equations in brainly.com/question/2263981
Answer:
im sorry
Step-by-step explanation:
i need points or else ill fail
Answer:
A.
Step-by-step explanation:
EF^2=18^2-12^2
EF^2=324-144
EF^2=180
EF=root 180
The answer is A it's not that hard they just use commutative to confuse you, you really just needed to multiply and that's it
Answer:
On last Wednesday, 26th February, 2020.
Step-by-step explanation:
On last Wednesday, 26th February, 2020, the rate of 1 Japanese Yen in US dollars was 0.00914.
i.e.
1 JPY = 0.00914 USD
so,
100,000 JPY = 0.0091 × 100,000 USD
100,000 JPY = 913.98 USD
Therefore,
100,000 JPY = 913.98 USD