Answer:
Step-by-step explanation:
y2-y1 9-5 4
--------- =. -------- =. ---- =<u> 2</u>
x2-x1 3-1 2
The total change in temperature was 28 degrees
Answer:
5,31,616 bacteria
Step-by-step explanation:
Solution:
Here, Principal (P) = 5,06,000, Rate of Interest (R) = 2.5%, Time (n) = 2 hours
After 2 hours, number of bacteria,
Amount (A) = P\left(1+\frac{R}{100}\right)^nP(1+100R)n
= 506000\left(1+\frac{2.5}{100}\right)^2506000(1+1002.5)2
= 506000\left(1+\frac{25}{1000}\right)^2506000(1+100025)2
= 506000\left(1+\frac{1}{40}\right)^2506000(1+401)2
= 506000\left(\frac{41}{40}\right)^2506000(4041)2
= 506000\times\frac{41}{40}\times\frac{41}{40}506000×4041×4041
= 5,31,616.25
Hence, number of bacteria after two hours are 531616 (approx.).
A curve asymptote is a line where the distance between the curve and the line approaches 0. The function is undefined for the value of x=(5/2). Thus, x=(5/2) is an asymptote.
<h3>What are asymptotes?</h3>
A curve asymptote is a line where the distance between the curve and the line approaches 0 when one or both of the x or y coordinates approaches infinity.
The asymptotes are the values for which the function is not defined. The asymptotes of a fractional function are found by equating its denominator's factors against zero. Therefore, the value of the asymptotes is,
Now, substitute the value of x as (5/2) and 5, to know if the function is defined or not.
Since for the value of x=5, the function is defined and returns the value as 0. Thus, x=5 is not an asymptote.
Since the function is undefined for the value of x=(5/2). Thus, x=(5/2) is an asymptote.
Learn more about Asymptotes:
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