The rate of change (dp/dt), of the number of people on an ocean beach is modeled by a logistic differential equation. the maximum number of people allowed on the beach is 1200. at 10 a. m., the number of people on the beach is 200 and is increasing at the rate of 400 per hour. whats the differential equation which can describe this situation?

The differential equation which can describe this situation is  and this can be determined by using the given data and arithmetic operations.

Given :

The logistic differential equation is given by:

   ----- (1)

Given that at 10 a.m. :

K = 1200

P = 200

Now, put the values of K, P and dP/dt in the equation (1) to find the value of 'r'.

r = 2.4

Now, put the value of r and K in the equation (1).

The differential equation which can describe this situation is .

For more information, refer to the link given below:

link

Step-by-step explanation:

The logistic differential equation is as follows:

In this problem, we have that:

, which is the carring capacity of the population, that is, the maximum number of people allowed on the beach.

At 10 A.M., the number of people on the beach is 200 and is increasing at the rate of 400 per hour.

This means that when . With this, we can find r, that is, the growth rate,

So

So the differential equation is:

step-by-step explanation:

because 1/3 is a fraction. we can tell because there is a divisor symbol between the 1 and the 3. if we were to add 2 fractions together, we would add the numerators, which is the number on top, but not the denominators, which is the number on the bottom

1/3+1/3=2/3

hope this !

you have orange juice on wednesday. (idk why this is the answer)

step-by-step explanation: