$50$ points$)$ Read Chapter $2$ of the Systems Engineering Handbook and the lecture slides on the topics of Systems Science, Systems Thinking, and Systems Engineering. In $500$ words or less, describe the primary differences between the three and where the three overlap.

$(2$ points$)$ Systems engineering is the same thing as software engineering. True or False?

$(2$ points$)$ A systems engineer helps ensure the elements of the system fit together to accomplish the objectives of the whole, and ultimately satisfy the needs of the customers and other stakeholders who will acquire and use the system. True or False?

$(2$ points$)$ Systems engineering is a linear process. True or False?

$(5$ points$)$ What are $($at least$)5$ components of a complete system?

$(10$ points$)$ What are the $4$ System Components?

$(5$ points$)$ What is the difference between State and Mode?

$(2$ points$)$ True$/$ False Emergent properties are always desirable and positive.

$(10$ points$)$ Describe Complexity and how it relates to Systems Engineering.

$(5$ points$)$ According to INCOSE SEH, what are $5$ sources of system uncertainty?

$(5$ points$)$ According to INCOSE SEH, what are $5$ types of common cognitive bias?

$(2$ points$)$ True $/$ False Heuristics provide a way for an established profession to pass on its accumulated wisdom and are considered as lessons learned