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This worksheet provides a comprehensive introduction to ohm's law, covering its definition, equation, and triangle representation. It includes example problems for applying ohm's law and explores resistor combinations in series and parallel circuits. The worksheet also delves into calculating total resistance, voltage, and current in both series and parallel circuits. It concludes with a circuit simplification exercise and an exit ticket to assess understanding.
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EE 120 Fundamentals of Electrical Engineering
What is Ohm’s Law? Write down the base Ohm’s Law equation. Write down Ohm’s Law Triangle.
Miguel RV. Defines relationship between^ voltage, resistance, A (^) current
I.^ R V I (^) R
Engineering Communications and Societal Integration Show your work for the Ohm’s Law Example problems. Circle your final answer. Example 1: Example 2 : V = I.R A = dA R = 10, ohms &0,^
v = 10V V = I.p = 7 y = 1
= 5ohms 10
⑭ps
Engineering Communications and Societal Integration Write down the equation for series resistors. Define R T and R #. Series Resistor Example Space: Use this space to calculate R T If R 1 = 10 K ohms R 2 = 1 K ohms
Draw two resistors in parallel. Write down the equation for series resistors. Define R T and R #. Parallel Resistor Example Space: Use this space to calculate R T If R 1 = 10 K ohms R 2 = 1 K ohms R (^) T = R
82 ... Ry
R y
H,
10X +^1 =11k
(^1) E
10 =^ 909ohms
or
Engineering Communications and Societal Integration
Write down the equation for series V T Series Example Space: Use this space to calculate V T from the slides
Write down the equation for parallel V T Parallel Example Space: Use this space to calculate V T from the slides V = u
Vi
= 152
V, = vz = y V. = VT v , = 1600 UF =100V
Engineering Communications and Societal Integration
Refer to the below diagram for this section of the worksheet. STEP 1: Pick Where you want to start. Circle the starting point discussed. STEP 2: Calculate R T for the circled resistors. STEP 3: Replace resistor in diagram with calculated R T – Draw the updated diagram with R T from STEP 2. ①oms R= = nin =
=y2ki10 ohms^
500shms (V IV
Engineering Communications and Societal Integration Repeat Steps 1 – 3. Use this page for the rest of the process.
2kπ 8570hms
