If a decrease component, then the two components are in some state of one compon
ID: 288587 • Letter: I
Question
If a decrease component, then the two components are in some state of one component causes a decrease in some state of a second 6. A) negatively coupled B) negative components C) positively coupled D) positive components 7. A negative coupling is shown in a systems diagram as a line with_at one end A) An arrow B) A plus sign C) A star D) An open circle and they have 8. A negative feedback system would occur if there are two components (it may be useful to sketch a diagram to help you answer) A) one coupling and it is negative B) two couplings and they are both positive C) two couplings and they are both negative D) two couplings and one is positive and one is negative 9. An equilibrium state is stable when a perturbation is A) amplified by negative feedback B) amplified by positive feedback C) dampened by negative feedback D) dampened by positive feedback 10. A ball balanced at the top of a hill is in A) a positive feedback state B) a negative feedback state C) an unstable equilibrium state D) a stable equilibrium state I. In a graph, the variable is graphed on the y-axis. A) dependent B) independent C) stable D) unstable In a curvilinear (type of non-linear) relationship, the shape of the relationship_ A) stays constant in size and sign B) changes in size but not in sign C) changes in size and sign D) changes in sign but not in sizeExplanation / Answer
6) C .positively coupled
In positive coupling
7) D.An open circle
Negative coupling is denoted by ---o
8) D. two couplings and one is positive and one is negative.
Note: One negative coupling and one positive make up a negative feedback system.
Both negative or both positive couplings make up a positive feedback system.
11) A) dependent
In a graph the dependent variable is graphed on the y axis and the independent variable is graphed on the x axis.
Related Questions
Hire Me For All Your Tutoring Needs
Integrity-first tutoring: clear explanations, guidance, and feedback.
Drop an Email at
drjack9650@gmail.com
drjack9650@gmail.com
Navigate
Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.