Answer:
Every day, the mass of the sunfish is multiplied by a factor of <u>[ln(1.34)/6]. </u>
<u></u>
Step-by-step explanation:
You have the following function:
To know what is the factor that multiplies the mass of the sunfish each day, you derivative the function M(t):
(1)
where you have used the following general derivative:
The derivative give you the increase in the mass per day (because t is days). By the expression (1) you can conclude that each day the mass increase a factor of [ln(1.34)/6].
Every day, the mass of the sunfish is multiplied by a factor of <u>[ln(1.34)/6]. </u>
Answer:
:/ Honestly The Author Is Endangering Him/Herself
Step-by-step explanation:
Because Why Not. We Can Fight. Well Most Of Us. Right?
Answer: The answer is (A)
Step-by-step explanation: Given that Mila has planned to make omelettes for book club. She buys egg cartons and each carton contains a dozen of eggs.
Also, 'c' is the number of cartons of eggs and 'g' is the number of eggs that Mila needs.
Since, in a dozen, there are 12 eggs, so 1 carton contains 12 eggs.
If Mila need needs 12 eggs, the number of cartons she should buy = 1.
If Mila needs 1 egg, the number of cartons she should buy is
If Mila needs 'g' eggs, then number of cartons (c) she should buy is
Thus,
Answer: (1,16)
Step-by-step explanation:
The coordinates of a midpoint are given by the midpoint formula:
where is the ordered pair for the midpoint, is the ordered pair for the first endpoint, and is the ordered pair for the second endpoint.
In this problem, the midpoint is given as
The known endpoint of XY is X =
Y remains unknown so Y = .
If the midpoint is given as (-3,7) we can compare the x value and the y value individually.
-3 =
Solving for , we get = 1.
7 =
Solving for , we get = 16.
Thus, the coordinates of Y are (1,16)
Answer:
I think the answer is B
Step-by-step explanation:
he would need to factor 4x² in order to get his answer not just 4x