Step-by-step explanation:
A(t)=P(e^(rt))
Insert the values as follows:
The equation for "continual" growth (or decay) is A = Pe^(rt), where "A", is the ending amount, "P" is the beginning amount (principal, in the case of money), "r" is the growth or decay rate (expressed as a decimal), and "t" is the time (in whatever unit was used on the growth/decay rate).
34820=P(e^((.78)(5)))
34830=P(49.4024)
704.82335
Hope that helps :)
<em>Greetings from Brasil... </em>
The expression that allows you to calculate the distance between two points is:
<h2>d(A; B) = √[(Xb - Xa)² + (Yb - Ya)²]</h2>
d(A; B) = √[(7 - (- 4))² + (18 - 5)²]
d(A; B) = √[(7 + 4)² + 13²]
d(A; B) = √[11² + 13²]
d(A; B) = √[121 + 169]
d(A; B) = √290
<h2>d(A; B) ≈ 17.03</h2>
Answer:
D
Step-by-step explanation:
The answer to the question 3.51