Answer:
10 minutes for the population to double.
Step-by-step explanation:
The general formula for the population equation, P(t), is:
We are given that for t =5 minutes and t = 2 minutes:
Solving for A and n:
The exponential equation that represents this situation is:
The population will double when P(t) = 512 bacteria:
To the nearest minute, it takes roughly 10 minutes for the population to double.
Answer:
The answer to your question is the letter a.
Step-by-step explanation:
Data
x² + 12x + c
If this trinomial is a perfect square trinomial, the third term must be half the second term divided by the square root of the first term, and to the second power.
-Get half the second term
12x/2 = 6x
-Divide by the square root of the first term
6x/x = 6
-Express the result to the second power
6² = 36
-Write the perfect square trinomial
(x² + 12x + 36) = (x + 6)²
Answer:
Step-by-step explanation:
A 2 × 2 matrix has 2 rows and 2 columns
Let us assume that matrix A is expressed as
a b
c d
The determinant of matrix A would be
(a × d) - (b × c)
Given that the determinant of matrix A is 3, it means that
ad + bc = 3
If we switch the rows, the first row becomes cd and the second row becomes ab. If we multiply the first row by 6 and the second row by 2, the matrix becomes
6c 6d
2a 2b
The determinant would be
(6c × 2b) - (2a × 6d)
Determinant = 12bc - 12ad
Answer:
=−12y+11.7 I believe it's that but I am not completely sure
I believe it is