Revision as of 16:42, 19 January 2010

2.10

$\frac{V_{o} - 0}{1000} + . 002 = 0, V_{o} = - 2$

$\frac{V_{o} - 5}{3000} + . 002 = 0, V_{o} = - 1$

$\frac{V_{o} - 0}{15000} = 0, V_{o} = 0$

$V_{o} + 2 - 5 = 0, V_{o} = 3$

@@ Line 1: / Line 1: @@
 =2.10=
+==2.10a==
+<math>\frac{V_o-0}{1000}+.002=0,V_o=-2</math>
+==2.10b==
+<math>\frac{V_o-5}{3000}+.002=0, V_o=-1</math>
+==2.10c==
+<math>\frac{V_o-0}{15000}=0, V_o=0</math>
+==2.10d==
+<math>V_o+2-5=0, V_o=3\,</math>
 =2.22=
 =2.43=
 =2.47=