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Homework #4 - Circuits and Electronics for Mechanical Engineers | ECEN 3010, Assignments of Electrical and Electronics Engineering

Material Type: Assignment; Class: Circuits and Electronics for Mechanical Engineers; Subject: Electrical & Computer Engineering; University: University of Colorado - Boulder; Term: Unknown 1989;

Typology: Assignments

Pre 2010

Uploaded on 02/10/2009

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Download Homework #4 - Circuits and Electronics for Mechanical Engineers | ECEN 3010 and more Assignments Electrical and Electronics Engineering in PDF only on Docsity! ECEN 3010 Page 1 of 2 Rev. 2/6/2009 ECEN 3010 Circuits and Electronics University of Colorado at Boulder Homework #4 Staple this sheet to your submitted homework. Your Name: Lab Section (Circle One): M T W Th F Instructions and Notes • Include this sheet with your homework; circle your lab section above. • Show all work to receive full credit. • Draw a box around your final answer for each problem. • Write your name on each page submitted, and staple all pages together. • Specify units for all numeric answers. • “Book Problems” refer to end-of-chapter problems in Hambley 4th edition. • Check links on web page for answers to selected book problems. Problems 1. Book Problem P5.23 (Phasors). Hint: Use phasors. Convert each sinusoid into a phasor, add or subtract the phasors as appropriate, and convert the resulting phasor back to the time domain. 2. Book Problem P5.34 (Complex Impedances). Assume steady-state has been reached. Be sure to answer all questions in the problem. Express your answers for impedances and phasors in POLAR form (magnitude, and phase in degrees). 3. Book Problem P5.40 (Circuit Analysis with Phasors). Express your answers for impedances and phasors in POLAR form (magnitude, and phase in degrees). 4. Book Problem P5.41 (Circuit Analysis with Phasors). Express your answers for impedances and phasors in POLAR form (magnitude, and phase in degrees). 5. Book Problem P5.51 (Circuit Analysis with Phasors). Express your answers for impedances and phasors in POLAR form (magnitude, and phase in degrees).
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