Answer:
Given the initial population of termites = 60
After 7 days the population of termites = 225
Step-by-step explanation:
We have given the initial termites and the population of termites after 7 days. Now we are required to find the exponential growth model that will help to predict the future population of termites.
We have, Y = Ca^x
When the value of x is zero then population (Y) is 60 termites.
Y = Ca^x
60 = Ca^x
Now, Y = 60a^x
At x = 7 days
Y = 225
225 = 60 a^7
a^7 = 225/60
a = 1.2078
Thus, final population will be, Y = 60(1.2078)^x
Hello.
8/6 is greater because 8 is greater than 5.
Hope it helps ;)
Answer:
the answer is this graph thingy
Answer:
Step-by-step explanation:
770
Answer:
a95=-842
Step-by-step explanation:
the formula for arithmetic sequence is
=
+
(
)
= the nth term in a sequence
= the first term in a sequence
d= the common difference between terms
In this case,
=
, and the common difference is -9, so the equation for this specific problem is
=4-9(95-1), which equals -842