Homework Statement
Prelab material, I know how to solve for the gain and vout on a circuit. But reading the actual manual of a op-amp is confusing and I just want to make sure I'm correct. The initial input voltage will be a 1V triangle wave. Then later we increase the voltage to 3V. R1 is 1K...
From following your reply, I think i basically did what you said. Found the current and voltage across R2 for each case, and then add them up in the end to say that the voltage and current is a combination of both superposition cases. Is this correct to do? If it is, I will have to argue with...
actually, right before i went to sleep, i realized i did this question right. I assumed my methodology was wrong( i didnt get my exam back yet). What i did during the exam to find the current was after finding the total current from 1 battery, I used current division and found the current from...
Homework Statement
This was a test question. I know how to solve it. I just need someone to explain to me how to derive current for each side of the battery. I did it wrong on the test and failed miserably. But hey, i caught my mistake while thinking about it after. *note, the actual test did...
Homework Statement
If KVL was not true, would our definition of Voltage still make sense? Clearly explain and prove your answer
Homework Equations
KVL definition
Voltage definition
The Attempt at a Solution
I said no, because if KVL were not true, then definition of voltage would...
hey guys, sorry for the late response was in class.
@gneill, the circuit you just drew up is the correct one! Sorry for the confusion guys! My fault not drawing the ground and Vout node symbol properly
Homework Statement
Picture of circuit is posted in the Screen Shot.1. Analysis: Both batteries are 5V. Find the values of R1 and R2 that will give an output voltage of 2.5, and a supply current of 1 mA. Then find the values that will give the correct output voltage with a supply current of 5...
Homework Statement
A circuit consists of an 800mH inductor, a 20mF capacitor, and a switch, all in series.The capacitor is charged with an initial charge charge of Q = 400mC, and the switch is closed at t= 0.
Calculate the energy stored in the Inductor and Capacitor at t = 100ms.
Homework...
Homework Statement
Homework Equations
a= F/m
F= mgsinθ-Ffr
Ffr = \mumgcosθ
d= 1/2gt^2
The Attempt at a Solution
a = (m1gsinθ+m2gsinθ)-(\mum1gcosθ+\mum2gcosθ)/(m1+m2)
a = 3.72 m/s^2
t = 1.03s
I need someone to verify if this is correct, no anwser key was provided...