14. Using state variables, an nth – order differential equation can be decomposed into :
(a) n number of first – order differential equations (b) n/2 number of first – order diffferential equations (c) unlimited number of first – order differential equations (d) none of these
Answer
Answer : (a)
Explanation
Explanation : No answer description available for this question. Let us discuss.
State Space Analysis » Exercise - 1 6. x(t) = Ax(t) + Bu(t) is called the : (a) system equation (b) state equation (c) state transition equation (d) none of these
State Space Analysis » Exercise - 116. An n × n matrix is said to be non-singular if the rank of the matrix r is : (a) r ≠ n (b) r = n (c) r = n/2 (d) r = 2n