What is the preferred method of communication for this course? 

Have you read the Official Syllabus for the course? 

Who is the publisher of the required textbook for this course? 

The matrix  

 Use Laplace transforms to solve the IVP:

Answer parts (a)(b)(c): (a): Find all constant (equilibrium) solutions to the following ODE (if there are none, write “none”):

 Suppose  the position (measured in meters) of a  mass on a spring, x(t),  is modeled by the ODE:  . When x(t)>0 the spring is stretched, and the spring is compressed when x(t). Answer parts (a)(b)(c) a)  Solve for  the position of the mass x(t) b)  How far does the mass get from the equilibrium position? c) Keeping the initial position at x(0) = 0, what initial velocity would you have to give in order to make the mass get exactly 10 meters away from the equilibrium position before it turns around and heads back to the equilibrium position? That is, you need to determine what x'(0) needs to be to achieve this.  Hint: you first need to determine how the amplitude depends on x'(0). 

Which of the following subjects are NOT included in the Project Management Institute’s body of knowledge?

The concept of mistake-proofing was first developed in the 1960s by Shigeo Shingo. It was called

Which of the following fits with a preemptive facilities strategy?