Consider the circuit in (Figure 1). Suppose that i = 3.2 A. Figure 25 Ω m 502 3100 Ω TA 2002 < 1 of 1 > -301A Part A Use the mesh-current method to find the total power developed in the circuit. Express your answer to three significant figures and include the appropriate units. ▾ View Available Hint(s) Hint 1. How to approach the problem Use the mesh-current method to determine the currents for all the circuit elements. Then, apply the power equation along with the passive sign convention to obtain the total power developed in the circuit. Hint 2. How to use the mesh-current method for a circuit with a dependent voltage source First of all, identify the meshes of the circuit, label the corresponding mesh currents, and determine the number of simultaneous equations needed to obtain these currents. Then, write a KVL equation for each mesh; if the circuit contains a dependent source, write a dependent source constraint equation that defines the controlling variable for the dependent source in terms of the mesh currents. Solve the obtained system of equations for unknown mesh currents. Once you know all the mesh currents, you can directly determine the branch currents for the circuit. Pdev = HA Value Units ?

Convert the following hexadecimal numbers to the decimal number system. please show all steps a. C b. 41 c. 9E d. 138 e. 12A

The response to the question I have asked here... "2. Sometimes light fixtures are controlled by more than one switch. Circuits need to be designed so that flipping one of the switches turns the light on when it is off, and turns the light off when it is on. Design logical circuit that accomplishes this when there are two switches. Explain, how and why will your circuit work.     Please draw the circuit and show logical operations.   (Can only use or, not, and)"   Does not seem right as what you provided gives a truth table of if both switches are off the light fixture would be on which should not be the case and does not make sense in context of the question asked.   Also the circuit drawing doesn't seem right...   Can you re-explain cause what you provided as the answer is not making much sense...   A' solely being what determines if fixture is on or off does not seem right at all...

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