Calculate the net death rate for the year based on the following statistics: 15,567 discharges with 245 deaths (75 deaths occurr
1 answer:
Answer:
13665.6 deaths per year
Step-by-step explanation:
We can determine certain statistics based on the information. If 15567 patients where discharge and 245 deaths were recorded, the total number of patients were:
If 75 deaths occured in the first 48 hours we have a death rate of:
1.56 deaths per hour.
We want the death rate per year. If we have the death rate per hour we can determine the death rate per year:
[tex]1.56\cdot{24}\cdot{365}=13665.6[tex]
13665.6 deaths per year
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Answer:
a) k=2.08 1/hour
b) The exponential growth model can be written as:
c) 977,435,644 cells
d) 2.033 billions cells per hour.
e) 2.81 hours.
Step-by-step explanation:
We have a model of exponential growth.
We know that the population duplicates every 20 minutes (t=0.33).
The initial population is P(t=0)=58.
The exponential growth model can be written as:
For t=0, we have:
If we use the duplication time, we have:
Then, we have the model as:
The relative growth rate (RGR) is defined, if P is the population and t the time, as:
In this case, the RGR is k=2.08 1/h.
After 8 hours, we will have:
The rate of growth can be calculated as dP/dt and is:
For t=8, the rate of growth is:
(2.033 billions cells per hour).
We can calculate when the population will reach 20,000 cells as:
Answer:
0.0000143
Step-by-step explanation:
find the solution below
