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nstruction: Create a spreadshneet file named LastName_FirstName_PrelimExam_Part2 using Microsoft Excel or Google Sheets, then follow the instructions below. USE FUNCTIONS WHENEVER APPROPRIATE (No function used in your formula means INCORRECT). Problem: An experiment was conducted by some engineering students to study voltage, current, resistance, and power in a circuit that consists of a voltage source and a resistive load (a light bulb) connected in series. The output voltage of the voltage source, V, was varied over time and the current, I, through the circuit was measured, as shown in the table below. You have been asked to calculate some other quantities shown in the table. AE represents the energy dissipated in the resistor over a time interval of At = 0.50s, and AQ represents the charge flow through the resistor over a time interval of At = 0.50s. A в D E F G H 1 Point Elapsed Time (s) Power (W) P (A²) ΔΕ ) AQ (C) Voltage (V) 121.51 Current (A) 2 1 0.50 1.06 3 2 1.00 125.15 1.07 4 3 1.50 129.61 1.13 5 4 2.00 131.72 1.13 6 5 7 6 2.50 131.85 1.14 3.00 139.4 1.18 8 7 3.50 142.24 1.22 9 8 4.00 143.76 1.23 10 9 4.50 146.23 1.23 11 10 5.00 146.23 1.27 12 11 5.50 147.49 1.28 13 12 6.00 155.11 1.32 14 13 6.50 161.02 1.36 15 14 7.00 161.77 1.38 16 15 7.50 162.08 1.40 17 16 8.00 163.33 1.44 18 17 8.50 165.23 1.44 19 18 9.00 169.06 1.47 20 19 9.50 172.9 1.49 21 20 10.00 173.99 1.52 22 21 10.50 174.13 1.52

nstruction: Create a spreadshneet file named LastName_FirstName_PrelimExam_Part2 using Microsoft Excel or Google Sheets, then follow the instructions below. USE FUNCTIONS WHENEVER APPROPRIATE (No function used in your formula means INCORRECT). Problem: An experiment was conducted by some engineering students to study voltage, current, resistance, and power in a circuit that consists of a voltage source and a resistive load (a light bulb) connected in series. The output voltage of the voltage source, V, was varied over time and the current, I, through the circuit was measured, as shown in the table below. You have been asked to calculate some other quantities shown in the table. AE represents the energy dissipated in the resistor over a time interval of At = 0.50s, and AQ represents the charge flow through the resistor over a time interval of At = 0.50s. A в D E F G H 1 Point Elapsed Time (s) Power (W) P (A²) ΔΕ ) AQ (C) Voltage (V) 121.51 Current (A) 2 1 0.50 1.06 3 2 1.00 125.15 1.07 4 3 1.50 129.61 1.13 5 4 2.00 131.72 1.13 6 5 7 6 2.50 131.85 1.14 3.00 139.4 1.18 8 7 3.50 142.24 1.22 9 8 4.00 143.76 1.23 10 9 4.50 146.23 1.23 11 10 5.00 146.23 1.27 12 11 5.50 147.49 1.28 13 12 6.00 155.11 1.32 14 13 6.50 161.02 1.36 15 14 7.00 161.77 1.38 16 15 7.50 162.08 1.40 17 16 8.00 163.33 1.44 18 17 8.50 165.23 1.44 19 18 9.00 169.06 1.47 20 19 9.50 172.9 1.49 21 20 10.00 173.99 1.52 22 21 10.50 174.13 1.52

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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what functions of formula should I use for me to get the value of the following empty rows and columns

Instruction: Create a spreadsheet file named LastName_FirstName_PrelimExam_Part2 using Microsoft Excel or Google Sheets, then follow the instructions below. USE FUNCTIONS WHENEVER APPROPRIATE (No function used in your formula means INCORRECT). Problem: An experiment was conducted by some engineering students to study voltage, current, resistance, and power in a circuit that consists of a voltage source and a resistive load (a light bulb) connected in series. The output voltage of the voltage source, V, was varied over time and the current, I, through the circuit was measured, as shown in the table below. You have been asked to calculate some other quantities shown in the table. AE represents the energy dissipated in the resistor over a time interval of At = 0.50s, and AQ represents the charge flow through the resistor over a time interval of At = 0.50s. A в D F G H 1 Point ΔQ (C) Power (W) P (A²) Elapsed Time (s) Voltage (V) Current ΔΕ ) (A) 2 1 3 2 4 3 0.50 121.51 1.06 1.00 125.15 1.07 1.50 129.61 1.13 5 4 2.00 131.72 1.13 6 5 7 2.50 131.85 1.14 6 3.00 139.4 1.18 8 7 3.50 142.24 1.22 9 8 4.00 143.76 1.23 10 9 4.50 146.23 1.23 11 10 12 11 5.00 146.23 1.27 5.50 147.49 1.28 13 12 6.00 155.11 1.32 14 13 6.50 161.02 1.36 15 14 7.00 161.77 1.38 16 15 7.50 162.08 1.40 17 16 8.00 163.33 1.44 18 17 19 18 20 19 21 20 8.50 165.23 1.44 9.00 169.06 1.47 9.50 172.9 1.49 10.00 173.99 1.52 22 21 10.50 174.13 1.52
Transcribed Image Text:Instruction: Create a spreadsheet file named LastName_FirstName_PrelimExam_Part2 using Microsoft Excel or Google Sheets, then follow the instructions below. USE FUNCTIONS WHENEVER APPROPRIATE (No function used in your formula means INCORRECT). Problem: An experiment was conducted by some engineering students to study voltage, current, resistance, and power in a circuit that consists of a voltage source and a resistive load (a light bulb) connected in series. The output voltage of the voltage source, V, was varied over time and the current, I, through the circuit was measured, as shown in the table below. You have been asked to calculate some other quantities shown in the table. AE represents the energy dissipated in the resistor over a time interval of At = 0.50s, and AQ represents the charge flow through the resistor over a time interval of At = 0.50s. A в D F G H 1 Point ΔQ (C) Power (W) P (A²) Elapsed Time (s) Voltage (V) Current ΔΕ ) (A) 2 1 3 2 4 3 0.50 121.51 1.06 1.00 125.15 1.07 1.50 129.61 1.13 5 4 2.00 131.72 1.13 6 5 7 2.50 131.85 1.14 6 3.00 139.4 1.18 8 7 3.50 142.24 1.22 9 8 4.00 143.76 1.23 10 9 4.50 146.23 1.23 11 10 12 11 5.00 146.23 1.27 5.50 147.49 1.28 13 12 6.00 155.11 1.32 14 13 6.50 161.02 1.36 15 14 7.00 161.77 1.38 16 15 7.50 162.08 1.40 17 16 8.00 163.33 1.44 18 17 19 18 20 19 21 20 8.50 165.23 1.44 9.00 169.06 1.47 9.50 172.9 1.49 10.00 173.99 1.52 22 21 10.50 174.13 1.52
23 22 11.00 174.32 1.56 24 23 11.50 174.92 1.57 Symbols • AE = energy dissipated in At • AQ = total charge in At • V = voltage • P= power • = current • J = Joule • C = Coulomb At = 0.5s = time interval Formulas • P= (1)(V) = AE/At • V = AE/AQ • I = AQ/At 1. Enter the data above into an Excel spreadsheet. 2. Populate the remaining four columns by calculating AE, AQ, W and Pusing the formula given. 3. Format the cells to display 2 decimal places. Find the total energy consumption and the total charge consumption over 11.5 seconds. Display the results in a new and appropriately labeled row at the bottom of the table (row 25).
Transcribed Image Text:23 22 11.00 174.32 1.56 24 23 11.50 174.92 1.57 Symbols • AE = energy dissipated in At • AQ = total charge in At • V = voltage • P= power • = current • J = Joule • C = Coulomb At = 0.5s = time interval Formulas • P= (1)(V) = AE/At • V = AE/AQ • I = AQ/At 1. Enter the data above into an Excel spreadsheet. 2. Populate the remaining four columns by calculating AE, AQ, W and Pusing the formula given. 3. Format the cells to display 2 decimal places. Find the total energy consumption and the total charge consumption over 11.5 seconds. Display the results in a new and appropriately labeled row at the bottom of the table (row 25).
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