Step-by-step explanation:
Continuous exponential growth model:
Where α is the growth rate parameter.
So if t is the starting point and t+t1 is the point that population is doubled:
So:
And as a result, t1, the time needed for the population to double at ANY given point is equal to:
It is 84. multply 10 and 5, then add the rest. hope i could help!
Answer:
38
Step-by-step explanation:
This is a right handed limit because there is a "+" next to the -19. This means that we have to find the limit as the function goes to -19 from the right side. This means that the limit is when it goes from -19.1 --> -19.
From the table we see that this area is aproaching 38 as it gets closer to -19.
The f(x) number will get increasingly closer to 38 but never reach 38, and that is why it is the limit.
Hope this helps!!!
Answer:
Step-by-step explanation:
<u>__________________________________________________________</u>
<u>FACTS TO KNOW BEFORE SOLVING :-</u>
- Let x be a number. ⇒ can also be written as .
- To make any variable the subject of any formula , we need to isolate it.
<u>__________________________________________________________</u>
According to the question ,
Lets multiply both the sides by 4.
It can be also written as :-
Lets square both the sides.
18.4 so I think the second choice