We are given with the polynomial above and is asked to evaluate the end behavior of the function. The end behavior of a polynomial function is the behavior of the graph<span> of f ( x ) as x approaches positive infinity or negative infinity. As x approaches negative infinity, the function goes to negative infinity while when x</span> approaches positive infinity, the function goes to <span>positive</span> infinity
The equation
P(t) = 1405233 * (1 - 0.011)^(t)
models the population at t years after 2010. Then, when P(t) = 1,200,000, we have
1200000 = 1405233 * (0.989)^t
(0.989)^t = 1200000/1405233
t = log(1200000/1405233)/log(0.989)
t = 14.27 years
This means 14.27 years after 2010. Therefore, the answer to this question is 2024.
Answer:
Mark a circle with point A in the center
Make two points across from each othe at the top and bottom of the circle. Mark them as B, C, D, and E
Connect the point B, C, D, and E using line segments
Answer: Sienna’s loan is an example of closed-end credit
Step-by-step explanation: The main difference between closed-end credit and open-end credit is in the terms of the debt and its repayment.
Open-end credit are loans taken which are not restricted to a specific use or duration i.e the banks allows it's customers to take loans without a specific or set duration during which it most be paid back, the customer just have to promise that they will back back on time. Credit card accounts and debit cards are a good example of open-credit.
On the other hand, a close-end credit are loans taken by individuals or business for a particular period as specified, during which the individual or business is required to make regular payments. At the end of the set period the individual or business is required to pay back the entire loan, interest fee and maintenance fee. Mortgage and car loans are a good example of closed-end credit.
So Diego's statement is the correct statement; Sienna’s loan is an example of closed-end credit
The domain refers to the set of possible input values, the domain of a graph consists of all the input values shown on the x-axis. The range is the set of possible output values, which are shown on the y-axis.
It can be observed that the graph extends horizontally from (-∞,∞), along the x axis. So the domain of the function shown in the graph is (-∞,∞).
Also we observe that the graph extends vertically from (-∞,∞), along the y axis. So the range of the function shown in the graph is (-∞,∞).
That means an infinite number of values are part of the function. For this function, there are no restrictions to the domain and range.
