B Thread Starter boks Joined Oct 10, 2008 218 Dec 17, 2008 #1 I start with the Thevenin equivalent. \(\hat{R} = R_2 + R_4 || R_1 = 6 \Omega\) \(R_{Th} = R_3 + \hat{R} || R_5 = 8 \Omega\) The correct answer here should be \(2 \Omega\)
I start with the Thevenin equivalent. \(\hat{R} = R_2 + R_4 || R_1 = 6 \Omega\) \(R_{Th} = R_3 + \hat{R} || R_5 = 8 \Omega\) The correct answer here should be \(2 \Omega\)
hgmjr Joined Jan 28, 2005 9,027 Dec 17, 2008 #3 I concur with mik3. The correct answer for the Thevenin's Equivalent resistance is 8 Ohms. The Thevenin Equivalent Voltage is 2 Volts. Is it possible that there is a mixup in the units for the answer. hgmjr
I concur with mik3. The correct answer for the Thevenin's Equivalent resistance is 8 Ohms. The Thevenin Equivalent Voltage is 2 Volts. Is it possible that there is a mixup in the units for the answer. hgmjr
B Thread Starter boks Joined Oct 10, 2008 218 Dec 17, 2008 #4 Yeah, must have been an error in the solutions. It's often the case with this particular lecturer.
