Answer:
Step-by-step explanation:
As given in question, we have to find the solution of differential equation
by using the variation in parameter method.
From the above equation, the characteristics equation can be given by
Since, the roots of characteristics equation are real and distinct, so the complementary function of the differential equation can be by
Let's assume that
and g(t)=1
Now, the Wronskian can be given by
Now, the particular solution can be given by
Now, the complete solution of the given differential equation can be given by
Answer: = y-6 / y+3
this is the answer hope i helped!!!!
The percentage of people that should be seen by the doctor between 13 and 17 minutes for this to be considered a normal distribution is; 100%.
<h3>Normal distribution</h3>
According to the question;
- Wait times at a doctor's office are typically 15 minutes, with standard deviation of 2 minutes.
In essence, the wait time can be written as;
- Wait time = 15 ± 2 minutes.
Otherwise written as;
- 13 minutes <= wait time <= 15 minutes
Ultimately, all (100%) of people should be seen by the doctor between 13 and 17 minutes.
Read more on normal distribution;
brainly.com/question/14644201