Section 5.2 Problem 21: Solve the initial value problem and graph the solution.

(See attached graph)

Step-by-step explanation:

To solve a second-order homogeneous differential equation, we need to substitute each term with the auxiliary equation where the values of are the roots:

Since the values of are complex conjugate roots, then the general solution is where .

Thus, the general solution for our given differential equation is .

To account for both initial conditions, take the derivative of , thus,

Now, we can create our system of equations given our initial conditions:

We then solve the system of equations, which becomes easy since we already know that :

Thus, our final solution is:

students group

step-by-step explanation:

a person who   joins a party or a seminar can explain his feelings about that particular occasion better more than anyone else.

as bella managed a show for the students in the school and invited students to watch that show

hence

students group will be the best group to survey to find this information