ENED 1020: Circuits Lab (Week 2)
Objectives
1. To practice measuring resistance, voltage, and current
2. To explore the properties of resistors connected in parallel
3. To verify experimentally Kirchhoffs Current Law
4. To observe the charging and dischar
ENED 1020
Ethics Homework
ENGINEERING ETHICS Homework;
Due at the beginning of your next recitation class (submit to individual site on Blackboard)
*DISCLAIMER: All characters and scenarios in this post are fictional*
Situation 1: Picking Up the Slack
htt
Christopher Gilyon
Solar and Fuel Cell Lab Report
Results
Week 1 table:
1A. This table shows the calculated values for the different colored resistors. It shows measured and
calculated resistance, current, voltage, and power.
Resistor
Color
Code
Voltage
C
Week 1 Conservation of Energy: Electricity to Heat and Back Again Sample Data Set
Table 1. Summary of data for Thermo Week 1 Experiment
Supply
Volts
4.0 V
4.0 V
2.0 V
2.0 V
Insulation?
yes
no
yes
no
Qhot
Pump
183.97J
186.42J
88.99J
88.98J
Qcold
Pump
130.5
Week 2 Heat Transfer and Designing a Thermoelectric Cooler Sample Data Set
Ambient temperature as read by:
T1 = 22.74
T2 = 22.92
T3 = 23.33
T4 = 23.48
Table 1. Summary of Data Collected for Thermo Week 2 Experiments
Run
Input
Volts
Set@
Record
Input
Amps
Christopher Gilyon
Thermodynamics Lab Report
Results
Week 1 table:
1A. This table shows the conservation of energy. It shows electricity to heat and back
again.
Supply
Volts
Insulation?
Qhot
Pump
Qcold
Pump
Work done by
Heat Pump
Qhot
Qcold
Work done by
H
ENED 1020: Engineering Foundations
Problem-Solving Activity
Tower Optimization
Objective:
Your objective is to design and construct a free-standing tower, using only trusses, connectors,
and bolts provided from the Bridge Kits (Truss set). Below is the li
ENED 1020: Circuits Lab (Week 1)
Objectives
1. To learn the definitions, symbols, and units for current, voltage, and resistance.
2. To understand and apply the color code for resistors
3. To practice measuring resistance, voltage, and current
4. To verif
ENED 1020: Bridges Lab (Week 1)
There are two main Activities to be performed during the week 1 Bridges Lab:
Activity 1: Calibrate load cells
Activity 2: Build a Warren Truss Bridge and acquire data using PASCO CAPSTONE software.
By completing these two a
Heat Transfer and Designing a Thermoelectric Cooler-Introduction
In Week 2, you will use the Peltier device to study heat transfer and model a
thermoelectric cooler like those currently on the market for use in your automobile
on road trips (Figure 1). As
Christopher Gilyon
Electricity Lab Report
Results
Week 1 tables:
1A. This table shows the calculated values of three resistors.
Band
1
R
1
R
2
R
3
Band
2
Band
3
Ban
d4
Orang
e
Orang
e
Brow
n
Gold
Green
Blue
Brow
n
Gold
Brown
Black
Red
Gold
Nomina
l
330
56
Christopher Gilyon
Bridge Lab Report
Literature Review
Here is a warren truss bridge with vertical supports. This bridge is located in McCloud
Nature Park in Hendricks County, Indiana. This is an unusual example of a warren truss because of
how old the de
Student name
Course and section
Date due
Room number
Table
Paper/Report Format Requirements
Introduction
The format of a paper/report can be as important as the content. This document lays out
how reports should be written in this course. I recommend you
Resistor
Nominal
Measured Calculated
Color Code Resistance Measured Current (I)(A) Voltage (V)
Measured
Voltage (V)
Power (W) P
=IxV
Brown Black
Gold Gold
1
1.1
0.0928
0.10208
Yellow
Purple Gold
Gold
4.7
5
0.0861
0.4305
0.421
0.0362481
Brown Black
Black G
ENED 1020: Circuits Lab (Week 2)
Objectives
1. To practice measuring resistance, voltage, and current
2. To explore the properties of resistors connected in parallel
3. To verify experimentally Kirchhoffs Current Law
4. To observe the charging and dischar
ENED 1020: Circuits Lab (Week 1)
Objectives
1. To learn the definitions, symbols, and units for current, voltage, and resistance.
2. To understand and apply the color code for resistors
3. To practice measuring resistance, voltage, and current
4. To verif
Grading Rubric for Students Electricity
The purpose of this report is to teach students how to create proper tables and figures and then write a
technical discussion about the results. You are more than welcome to write a short intro paragraph or a
conclu
ENED 1020: Engineering Foundations
Problem-Solving Activity
Names: Krina Desai, Naomi Heilman, Nick Newsome
Tower Optimization
Objective:
Your objective is to design and construct a free-standing tower, using only trusses, connectors,
and bolts provided f
Start of Lab Activity
Solar Energy providing Power
to a Fan
+
Solar Cell
_
+
Electric Load
(Propeller)
_
Solar Energy providing Power
to a Fan
Place solar cell and propeller
on steel plate as shown
Connect terminals on solar
cell to terminals on propell
Krina Desai
801B
Engineering Foundations 034
1
23 September 2016
Electricity Lab(s)
Introduction
This lab designed to ensure the students learned the basics about creating circuits with capacitors and
resistor in parallel and series. The first part of the
Krina Desai
ENGR Foundations 008
7 October 2016
801A
Table 1
Solar Cells Lab
Figure 1:
Power Curve Graph for a single solar cell:
Power Curve Graph for two solar cells in parallel:
Power
Graph for
cells in
Curve
two solar
series:
Photographs:
Table 1:
The
Grading Rubric- Solar & Fuel Cells
The purpose of this report is to teach students how to create proper tables and figures and then write a
technical discussion about the results. You are more than welcome to write a short intro paragraph or a
concluding