Apply the principle of superposition

Reference no: EM131125738

The effect of the input R(s) and the disturbance T_d(s) on the output Y(s) can be considered independently of each other because:

a. This is a linear system, therefore we can apply the principle of superposition.

b. The input R(s) does not influence the disturbance T_d(s).

c. The disturbance T_d(s) occurs at high frequency, while the input R(s) occurs at low frequency.

d. The system is causal.

Reference no: EM131125738

Questions Cloud

True about the maintenance of information systems : Which of the following statements is true about the "maintenance" of information systems?

Calories in a cheese burger : If a cheese burger has 320 calories, how many mL of ice cold water would a person have to drink to burn up the calories in a cheese burger?

Determine the amount distributed to alvarez : Prior to liquidating their partnership, Min and Alvarez had capital accounts of $120,000 and $200,000, respectively. The partnership assets were sold for $60,000.

Difficult time attracting-retaining effective-reliable sales : Maximillian Snell is having a very bad Monday at his “pre-owned” car dealership, Maximillian Motors. Known county-wide for his “eye-catching” (some would say obnoxious) television advertisements (with staged customers proclaiming “Thanks a million, M..

Apply the principle of superposition : The effect of the input R(s) and the disturbance Td(s) on the output Y(s) can be considered independently of each other because: a. This is a linear system, therefore we can apply the principle of superposition.

Why is success not more enduring : So often we see the successful firm eventually losing its pattern of success. Why is success not more enduring?

Determine the amount received by myers as a final : Prior to liquidating their partnership, Myers and Baird had capital accounts of $22,000 and $30,000, respectively.

Consider the spring and mass shown : Consider the spring and mass shown in Figure 3.3 where M = 1 kg, k = 100 N/m, and b = 20 Ns/m. (a) Find the state vector differential equation, (b) Find the roots of the characteristic equation for this system.

Find the slope of the tangent line : Find the slope of the tangent line to the graph of y2 + x2y = 5x2 at the point (1, 1). Given that function: y = (x2+7x/x+4). Find dy/dx|x=-1, and tangent to the graph of this function at x = -1

User Account

All Pages