Question

Select the correct expression for the steady-state error. \frac{72+K-KK_1}{72+K} \frac{72}{72+KK_1} \frac{KK_1}{72+K} \frac{KK_1}{72+KK_1} Select the correct expression for the $K_1$ formula. $K_1 = 1 + \frac{72}{K}$ $K_1 = \frac{36}{K}$ $K_1 = -\frac{72}{K}$ $K_1 = \frac{72}{72+K}$

          Select the correct expression for the steady-state error.
\frac{72+K-KK_1}{72+K}
\frac{72}{72+KK_1}
\frac{KK_1}{72+K}
\frac{KK_1}{72+KK_1}
Select the correct expression for the $K_1$ formula.
$K_1 = 1 + \frac{72}{K}$
$K_1 = \frac{36}{K}$
$K_1 = -\frac{72}{K}$
$K_1 = \frac{72}{72+K}$

Select the correct expression for the steady-state error.
(72+K-KK1)/(72+K)
(72)/(72+KK1)
(KK1)/(72+K)
(KK1)/(72+KK1)
Select the correct expression for the K1 formula.
K1 = 1 + (72)/(K)
K1 = (36)/(K)
K1 = -(72)/(K)
K1 = (72)/(72+K)

Added by Angela T.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Taniya Khandelwal

Step 1

The correct expression for the steady-state error is 2. 72. Show more…

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Select the correct expression for the steady-state error: 1. 72 + K - K1 2. 72 3. 72 + K1 4. K / (72 + K) 5. K / (72 + K1) Select the correct expression for the K formula: 1. OK = 36K 2. K 3. 72K 4. K1 5. 72y + 24