Flight Simulator X immerses you in a beautifully rich and realistic world with dozens of aircraft and interactive Missions for a completely new and innovative flight simulator experience. Free Flight lets you fly anywhere in the world, from your hometown airport to the most exotic places you’ve ever dreamed of. In addition, students will plan flights using actual aeronautical charts with plotters. Flight times will be calculated using an actual aeronautical analog computer.
Each kit includes:
• 6 Laptops installed with Microsoft Flight Simulator X and fully functional joysticks
• 6 Flight planning kits with aeronautical charts, aeronautical analog computers and chart plotters
This lab was designed to provide science teachers and electronics students
with a meaningful and exciting introductory course in electronics. No
previous electronic knowledge is required. The EKI Science Electronics
Lab stimulates students’ minds by using easy to understand experiments
to increase their knowledge about electronics and explain how much electronics
is a part of our world. Science project ideas will come as thirty experiments
are built while working with integrated circuits, light emitting diodes
(LED’s), photocells, semiconductors, etc. The lab was prepared for
individuals of 10 years of age and up. This lab provides a basic understanding
of analog DC and AC electronic circuits. In addition, oscilloscopes, digital
volt meters, electronic trainer boards, and one resistance/inductance/capacitance
(RLC) meter are included in the module. The main objectives of this lab
include:
• Recognize the basic components used in electronics
• Learn the names and schematic symbols of electronic components
• Learn to follow and understand electronic schematic diagrams
• Learn the basic function of electronic components
• Learn how to construct electronic devices by following schematic
diagrams
• Investigate Kirkoff’s Law for series and parallel circuits
Each kit includes:
• 6 Electronic Trainer Boards
• 6 Digital Volt Meters & 1 Resistance / Inductance / Capacitance
(RLC) Meter
• 2 AC / DC Oscilloscopes
• 3 Notebook Computers with Electronics Workbench Circuit Simulator
• 6 EKI Circuit Lab 1 with 30 Different Circuit Projects
Each kit includes:
• Roland Vinyl Cutter GX-24
• Notebook Computers with Signlab Software
• Vinyl Lettering by Cutting.
• Drawing Art Libraries: Holiday Art, Corporate Trademarks & Logos, Just Sports 1, 2 & 3.
Features:
Datalogging -- The ScienceWorkshop 500 Interface collects
data directly to a computer, or students can collect data with just the
interface and a sensor. Students can set up an experiment using the 500,
disconnect from the computer to collect data outside the classroom and
then reconnect for data analysis.
Portability -- With a built-in battery compartment for
4 "AA" batteries, the ScienceWorkshop 500 Interface can go just
about anywhere and still collect data.
50 KB Storage Buffer -- Stores data runs and experiment
setup information.
Cross-Platform Data -- Logged data will open on either
a Macintosh or a Windows-compatible computer. The interface stores the
sensor and data display information so it knows what experiment setup
to open.
The Pasco Dynamics System is designed to equip your lab with carts and
tracks for Newton's Laws, collisions, velocity and acceleration experiments.
The accessories, included experiments in constant force with a fan cart,
friction, and oscillations. Also, all PASCO Dynamics Systems are specifically
designed to accommodate sensors for computer data acquisition.
The newly redesigned feet and endstops have captured nuts which automatically
align with the track T-slot, making it easy to slide them onto the track.
This kit involves activities for scientific experiments in Physics, Chemistry,
Biology, Physiology and General Science.
Each kit includes:
• 5 - 500 interface controllers
• 29 Probes for Physics, Chemistry, Biology, General Science and
Middle School Science
• Dynamics Track
Earth Science with Computers contains 33 experiments in the subjects
of geology, meteorology, hydrology, oceanography, energy, water quality,
and soil quality. The complete table of contents by sensor is listed below.
Integrating data-collection technology into your Earth Science courses
is now easier than ever.
Earth Science
Table of Contents
(listed by sensor)
Temperature Probe
Introduction to Data Collection
Soil Temperature
Water Quality - Temperature
Freezing of Ocean Water
Reflection and Absorption of Light
The Greenhouse Effect
Land and Sea Breezes
Relative Humidity
Dew Point
Wind Chill
Seasons and Angle of Insulation
Fossil Fuels
Solar Homes
Light Sensor
Reflection and Absorption of Light
Photovoltaic Cells
pH Sensor
Soil pH
Soil and Acid Rain
Water Quality - pH
Water Treatment
Acid Rain and Its Effect on Surface Water
Conductivity Probe
Soil Salinity
Water Quality - Total Dissolved Solids
Water Treatment
Salinity of Ocean Water
Desalination
Motion Detector
Mapping the Ocean Floor
Turbidity Sensor
Water Quality - Turbidity
Water Treatment
UVB Sensor
Are All Sunglasses Created Equal?
Comparing Sunscreens
UV Light and Clothing
Magnetic Field Sensor
Exploring Magnetism
Where IS North?
Searching for Iron Ore
Sea Floor Spreading
Current Probe
Photovoltaic Cells
Wind Power
Voltage Probe
Photovoltaic Cells
Wind Power
Biology with Computers has 31 experiments in cell respiration, photosynthesis,
membrane diffusion, osmosis, human physiology, transpiration, fermentation,
and other important biology concepts. The complete table of contents is
shown below. Experiments are included for 12 Vernier biology sensors.
This book supports seven AP Biology lab activities.
Biology
Table of Contents
(listed by sensor)
Gas Pressure Sensor
Enzyme Action: Testing Catalase Activity (AP)
Transpiration (AP)
Cell Respiration (AP)
Sugar Fermentation
Effect of Temperature on Fermentation
Osmosis
Lactaid Action
Control of Human Respiration
CO2 Gas Sensor
Cell Respiration (AP)
Respiration of Sugars by Yeast
Effect of Temperature on Respiration
Effect of Temperature on Cold-Blooded Organisms
Lactaid Action
Photosynthesis and Respiration
Colorimeter
Photosynthesis (AP)
The Effect of Alcohol on Biological Membranes
Biological Membranes
Population Dynamics
Conductivity Probe
Limitations on Cell Size
Diffusion Through Membranes (AP)
Conducting Solutions
Watershed Testing
Physical Profile of a Lake
Dissolved Oxygen Probe
Interdependence of Plants and Animals
Aerobic Respiration
Dissolved Oxygen in Water
Watershed Testing
Physical Profile of a Lake
Primary Productivity (AP)
EKG Sensor
Monitoring EKG
Exercise Heart Rate Monitor
Heart Rate and Physical Fitness (AP level)
Ventilation and Heart Rate
O2 Gas Sensor
Photosynthesis and Respiration
Enzyme Action (AP)
Cell Respiration (AP)
Oxygen Gas and Human Respiration
Effect of Temperature on Cold-Blooded Organisms
pH Sensor
Acids and Bases
Interdependence of Plants and Animals
Acid Rain
Watershed Testing
Physical Profile of a Lake
Respiration Monitor Belt
Control of Human Respiration
Temperature Probe
Energy in Food
Aerobic Respiration
Biodiversity and Ecosystems
Dissolved Oxygen in Water
Watershed Testing
Physical Profile of a Lake
Physics with Computers has 34 experiments in mechanics, sound, light,
electricity, and magnetism. This book has a wide variety of experiments
for Motion Detectors, Force Sensors, Light Sensors, Magnetic Field Sensors,
Microphones, Current & Voltage Probes, Photogates, Temperature Probes,
and Accelerometers. The complete table of contents is shown below. Experiments
are included for eleven Vernier physics sensors.
Physics
Table of Contents
(listed by sensor)
Motion Detector
Graph Matching
Modern Galileo Experiment
Determining g on an Incline
Ball Toss
Air Resistance
Simple Harmonic Motion
Energy of a Tossed Ball
Energy in Simple Harmonic Motion
Work and Energy
Momentum, Energy and Collisions
Impulse and Momentum
Back and Forth Motion
Force Sensor
Newton's Second Law
Newton's Third Law
Static and Kinetic Friction
Impulse and Momentum
Work and Energy
Photogate
Picket Fence Free Fall
Projectile Motion
Atwood's Machine
Pendulum Periods
Accelerometer
Bungee Jump Accelerations
Newton's Second Law
Microphone
Sound Waves and Beats
Tones, Vowels and Telephones
Mathematics of Music
Speed of Sound
Temperature Probe
Newton's Law of Cooling
Current & Voltage Probe
Ohm's Law
Series and Parallel Circuits
Electrical Energy
Voltage Probe
Capacitors
Magnetic Field Sensor
The Magnetic Field in a Coil
The Magnetic Field in a Slinky
The Magnetic Field of a Permanent Magnet
Light Sensor
Polarization of Light
How Light Intensity Varies with Distance
Each Vernier Lab Book includes:
• Complete student experiments with materials list, step-by-step
instructions, data tables, and questions.
• Teacher Information section for each experiment with complete
directions for setting up experiments, helpful hints, and sample graphs
and data.
• Word-processing files of the student sections on a CD so that
any experiment may be easily edited to your specifications (Microsoft
Word for Macintosh and Windows files). Each CD includes both the computer
and calculator version of each student experiment!
• Measure the wavelength of light using the techniques of Young,
Michelson and Lloyd
• Construct optical levers to detect and measure very small movements
that are almost imperceptible to the human eye
• Test a lens for defects, collimate light and check vision
• Capture light in an arcing water jet or a glass fiber and investigate
fiber optics phenomena
• View a hologram, observe interference rings and measure the diffraction
patterns with a ruler
• Determine the index of refraction of a liquid or transparent solid
by measuring the bend in the intense laser beam as it enters or leaves
the material
• Investigate reflection, refraction and critical angle
• Study characteristics of light: wavelength, interference, diffraction
and polarization
The lab also contains an optics bench system, consisting of metal component
carriers that attach magnetically to a steel optical table, and a 68-page
instruction booklet. Besides guiding the student through 35 exercises
in optics, the booklet also explains theory of laser operation, how lasers
are made, and laser safety.
Each kit includes:
• 4 Laser Transmitters and Receivers, Fiber Optics & Properties
of Light
Hydraulics
Each lesson requires trainees to conduct an experiment in hydraulic technology using one or more of the 18 industrial-grade hydraulic components, including different types of valves, cylinders and measuring instruments. In the Application Laboratories section of the manual, trainees use the components to emulate industrial applications.
A complete power supply with a pump and fluid reservoir, together with a work surface and the components conveniently stored on a panel, provide everything needed to understand this fluid power technology. The pump is designed to operate at approximately 25 PSI for safety.
Pneumatics
Each lesson requires students to conduct an experiment in pneumatic technology using one or more of the 22 industrial-grade pneumatic components, including different types of valves, cylinders and measuring instruments. In the Application Laboratories section of the manual, students use the components to emulate industrial applications.
A complete power supply with compressor, together with a work surface and the components conveniently stored on a panel, provide everything needed to understand this fluid power technology. The compressor is limited to 60 PSI for classroom safety.
Mechanisms
Each lesson includes an experiment that requires trainees to construct and operate a simple machine or device for transmission of power, followed by a quiz to reinforce concepts and measure competency.
Among the 30 mechanical components are a variety of gears, pulleys and assemblies. In the Application Laboratories section of the manual, trainees use the components to design their own solutions to meet common problems that occur in industrial and everyday situations. Trainees will understand and visualize the basic elements found in simple to complex machines.
Each kit includes:
• 3 Pneumatic Kits
• 4 Hydraulics Kits
• 2 Mechanics Kits
Each kit includes:
• 10 GPS Color Receivers with Topographic Software
• L J Technology Software with 40 GPS Activities
• 2 Notebook Computers with GPS mapping software
Finally, if you run into problems, read the instructions again, and talk it over with your lab partner before calling the instructor in your work area.
Outcomes
Upon successful completion of this module, you should be able to do the
following:
• Identify components of a laser engraving and cutting system
• Demonstrate proper safety precautions appropriate for a laser
engraving system
• Describe vector images and how the laser cuts them
• Describe raster images and how the laser engraves them
• Use CorelDRAW to create designs for cutting and/or engraving
• Correctly focus an object to be cut or engraved
• Set power, pulses and feed rate appropriate for different processes
• Describe the advantages of laser cutters and engravers in the
industry
Each Unit Includes:
• 1 Universal Laser Engraver, 35 Watt
• 8 Notebook Computers with Corel Draw Software
The Lab-Volt Robot System, Model 5150, provides complete and affordable training in the programming and operation of industrial robots. Through the curriculum and hands-on experience with the Robot System, students learn to create automated work cells.
The precision-built, articulated arm of the Robot represents an important step in automation and handling.
A stepper motor, located in the base of the unit, provides horizontal rotation while five additional stepper motors, located in the shoulder, provide precision movements of the articulations and end effector.
The Robot has five axes of rotation plus a gripper and is able to use all joints simultaneously to perform a programmed move sequence.
Each articulation can be controlled and moved independently. Movements of the joints are accomplished by belts through a series of gears, while the gripper mechanism is activated by cables and belt-driven pulleys.
Robot
•Stepper motors
•Steel and aluminum construction
•Gears and timing belts transmission
•Easily adjustable belt tension pulleys to maintain positional accuracy
•Oilite bushings for durability, minimum maintenance, and lubrication
•On-board microprocessor
•4 TTL input ports
•4 TTL output ports
•4 12-V dc device outputs
•USB communication port
•Teach Pendant communication port
RoboCIM 5150 Software
•Easy-to-use, menu-driven software
•Simulation and control modes
•Three-dimensional (3D) virtual environment
•Seven predefined layout/camera view settings
•Programming without actual equipment
•Point recorder panel to easily record, rename, view coordinates,
hide, and delete points
•Create and run simple task programs using icons and graphical tools
(no keyboard input required)
•Create and run simple and complex task programs by entering all
necessary commands using the keyboard
•Powerful set of task commands such as: Delay, Do-Until, If-Else,
Gosub, Home, Input, Output, While-Repeat, and many others
Each Kit Includes:
• 3 Lab Volt Robotic Units with CNC Teach Pendant
• Conveyor, Carousel, Linear Slide and Gravity Slide
SCIENCE
• Buoyancy
• Crash Dummies
• Endothermic and Exothermic Reactions
• Growing Crystals
• Half-Life Dating
• Investigating the Earth Worm
• Ocean Floor Mapping
• Photovoltaic Cells
• Population Growth
• Soil and Acid Rain
• The Greenhouse Effect
• Volcano’s Magma
• Warming Function of Nasal Passages
• What Causes the Seasons?
• Yeast Beasts in Action
TECHNOLOGY
• Automation in Manufacturing
• Electrical Grid and Power Distribution
• Fiber Optics and Lasers
• Genetically Enhanced Seeds
• GPS Technology
• Keeping Cargo Ships Afloat
• Maglev Trains Technology
• Modern Prosthetics
• Motors in Manufacturing
• Principals of Flight
• Purification of Water
• Rockets, Satellites, and Space Probes
• Sketching and Perspectives
• Solar Power
• Strength of Materials
• Technical Illustration
• Telecommunications
• Wind Power
ENGINEERING
• Bullet Trains
• Civil Engineering
• Cryogenics
• Design a Water Shortage Solution
• Design an Under-the-Ocean Building
• Explore for Life in Space
• Forces in Architectural Design
• Global Positioning System
• Nature’s Home Heating Systems
• Progress Through Engineering
• Refrigeration & Air Conditioning
• Space Elevator
MATH
• Accuracy and Precision
• Analysis of Complex Graphs
• Balancing Chemical Equations
• Correlation Between Variables
• Crystal Geometry
• Delta Means Change
• Dependent and Independent Variables
• Empirical Relationships
• Interpreting & Plotting a Graph
• Linear vs. Exponential Graphing
• Mean, Median, Mode
• Percent Computations
• Powers of Ten
• Ratios, Percents, and Comparisons
• Sampling Techniques
• Solving Equations
• Solving Problems Using Scientific Notation
• Temperature Conversion
• Translate Word Problems
The 5400 CNC Mill features an on-board microprocessor that allows the operator to download a part program directly to the mill, thereby eliminating the need for a dedicated computer for operation. The 5400 CNC Mill also supports low voltage communications with robotic units and devices to create automated work cells ideal for flexible manufacturing systems (FMS) and computer integrated manufacturing (CIM). The Level 4 (Windows) mill software uses today's EIA standard G- and M-codes and features Tool Path Simulation to simulate tool motion on a monitor. CAD/CAM Link II™ software is also available, which allows students to display intricate CAD and CAM designs using the software's true three-dimensional capabilities. All Lab-Volt Automation CNC machines have been designed for complete safety.
Topics Covered include:
• Introduction to CNC
• Machine & Components
• Tools & Tooling
• Basic Programming
• Machine Operation
• Maintenance
• History of CNC
• Enter a Program into a Computer
• Identify Components on the CNC Mill
• Identify X-, Y-, and Z-axis Movements on the Mill
• Write and Execute a Program to Mill a Shoulder, Drill a Hole, and Mill a Pocket
• Calculate and Program Cutter Clearances
• Machine a Complex Part
• Pocket and Drill a Hole
• Load and Execute a Part Program
Each kit includes:
• 2 Lab Volt CNC Vertical Milling Machines
• 6 Notebook Computers with CNC Software
First, you get legendary Janome stitch quality, which means you can stitch out your designs at up to 650 stitches-per-minute with beautiful precision. Then you get all the other great Memory Craft features, like dozens of built-in designs in all sizes, on-screen editing, thread brand selection, and more.
With this easy embroidery machine you can take an everyday item and turn it into something uniquely yours. And because you’re using Janome technology, you’ll get professional quality results right from the start. Just put the item you want to embroider in the hoop (the 350E comes with a Standard 5" x 4.3" hoop and a 5.5" x 7.9" Large hoop). Choose the design you want to embroider and position it on the bright, LCD screen. You can bring in designs on PC Design Cards, ATA PC Cards or select from 90 built-in designs. Then, attach the hoop to the telescoping carriage arm and press the Embroidery mode key. You’re embroidering! The MC350E even stops and tells you when to change thread color.
Each kit includes:
• 2 Janome Embroider Units
• 4 Notebook Computers with Embroider Software
• Micropipetting
• Preparation of competent cells
• Transformation of cells with DNA
• DNA fingerprinting
• Digestion of DNA with restriction endonucleases
• DNA fingerprinting and digestion of DNA
• Electrophoresis
• Plasmid map
Each kit includes:
• 1 Polaroid Camera
• 1 Transilluminator
• 1 Microcentrifuge
• 9 Digital Pipetters
• 3 Gel Electrophoresis Chamber/Combs & Gates
• 6 Inoculating Loops
The Printer
The Dimension BST incorporates the same technology as the Dimension SST
(Soluble Support technology) and therefore produces the same high-quality
ABS and ABSplus models. The difference is that the Dimension BST features
a manual support removal process where the designer removes the model
from the system and breaks the support away by hand.
The Dimension BST Printers are network compatible and produce durable
working models from ABS and ABSplus with the click of a button.
Once the model is printed, simply remove the model from the printer, peel
away the supports and begin using the functional model.
The Software
When you teach with SolidWorks® software, you give your students the
CAD skills they need for rewarding engineering careers. SolidWorks is
the same software that engineering professionals worldwide use to design
innovative, real-world products.
CAD software that is easy to teach, learn, and use
SolidWorks Education Edition includes the complete curriculum and courseware, making it easy for you to teach at every educational level.
SolidWorks is also simple for your students to learn and use. That means they can concentrate on learning the principles of engineering and design, and feel the excitement of seeing their creations take shape. Outside the classroom, they can hone their CAD skills with SolidWorks Student Edition.
The curriculum for this module has been enhanced by NDSCS as a hands-on unit and is to be used with the US Didactic alternative energy module.
Each kit includes:
- (9) AE 103 Wind Energy Trainers
- (9) AE 101 Solar Energy Trainers - Photovoltaic Experiments
- (9) AE 102 Hydrogen - Fuel Cell Trainers
AE 103 Wind Energy Trainer
Demonstrate on a tabletop scale the conversion of energy from wind to electricity. The wind power plant generator (turbine) can be setup with different blade configurations, and the source of airflow is adjustable. All required circuit modules and measuring instruments are included. Use the wind generator as an electrical supply to the AE 102 electrolyser, and add the AE 101 photovoltaic cells to demonstrate hybrid power plants. A custom formed carrying case is included.
Experiments:
• Measuring wind force outdoors
• Measuring wind force on the experiment platform
• Power output of the generator with different blade shapes
• Power output of the generator with different numbers of blades (2,3,4)
• Power output of the generator with different blade angles
• Characteristic curve of a generator ( U/I ) at constant speed
• Characteristic curve of a generator ( U/I ) at varying speeds
• Measuring the resistance-and buoyancy rotor at constant wind force
• Power output of the generator at different wind speeds
• Charging an accumulator/Gold Cap with the generator
• Discharging the accumulator/Gold Cap with different loads
Equipment:
• White suitcase with foam cutouts to store and protect equipment
• Experiment platform with mounting for modules and multimeters
• Wind source with variable power output
• Wind power plant with with axial rotor, generator without gear, tacho-generator, hub for mounting 2 / 3 / 4 blades, and
adjustable blade angles
• 4 even blades, 4 curved blades
• Protective cover, wind shield, assembly tool
• 2 multimeters with connectors
• Anemometer
• Load box with electric motor and light bulb
• Storage box with NC accumulator, GoldCap and blocking diode
• Measuring box with variable resistor
• Experiments manual
AE 101 Solar Energy Trainer - Photovoltaic Experiments
A collection of photovoltaic cells, circuit modules, and instrumentation with an experimental platform suitable for
classroom demonstrations and student experiments. All components are fitted in a custom carrying case for convenient
storage and easy transport. The AE 101 can be combined with the AE 102 Hydrogen Fuel Cell for solar experiments
with a electrolyzer. Add the AE 103 Wind Energy Trainer to setup a hybrid wind/solar system with electrolyser.
Experiments:
• Measuring irradiance of different light sources
• Solar cell as a energy converter
• Solar cell as a energy converter and diode function
• Open circuit voltage of a solar cell at different shadowing conditions
• Short circuit current of a solar cell at different shadowing conditions
• Open circuit voltage and short circuit current of a solar cell at different levels of irradiance
• Short circuit current of a solar cell at multiple angles of incidence
• Series connection of solar cells / different shadowing condition
• Parallel connection of solar cells / different shadowing conditions
• Characteristic curve of a solar cell (I/U) / different levels of irradiance
• Characteristic curve of a solar cell (U/P), MPP, determination of efficiency
• Simulation: Short circuit current of a solar cell based on position of the sun (sunrise to sunset)
• Charging a GoldCap (energy storage) / accumulator with solar cells
• Discharging a GoldCap (energy storage) / accumulator with electric motor and light bulb
Equipment:
• Custom yellow suitcase with protective foam cutouts
• Base board with inserts for circuit modules & multi-meters
• Low voltage (12 V ) halogen lamp
• Power supply with dimmer switch and power cable
• Solar module with 4 single cells and angle adjustment
• 2 multimeters with connectors
• Sensor box for measuring irradiance
• Load box with electric motor and light bulb
• Storage box with NC accumulator with GoldCap and blocking diode
• Measuring box with variable resistor
• Flexible connecting cords; brass contacts / hard copper gold plated
• Experiments manual
AE 102 Hydrogen - Fuel Cell Trainer
Perform classroom demonstrations and oversee student experiments using an electrolyser and fuel cell. All required
electronics and metering are included together with a rugged base plate. All parts are stored in a custom travel case.
The supplied electrolyzer can be operated with either the AE 101 Solar Energy Trainer or AE 103 Wind Energy
Trainer; or use both to demonstrate a hybrid alternative energy system.
Experiments:
• Measuring volume ratios of generated gases
• Measuring volumes of gases per unit of time at different electrical currents
• Determination of power efficiency and Farady efficiency of the electrolyzer
• Determination of electrolyzer characteristics (U/I)
• Determination of power efficiency and Farady efficiency of the fuel cell
• Determination of fuel cell characteristics (U/I)
• Operation of electrolyser with solar cells (Requires AE 101 Solar Energy Trainer)
• Operation of electrolyser with wind energy (Requires AE 103 Wind Energy Trainer)
• Operation of electrolyser with solar cells and wind energy as a hybrid system (Requires AE 101 and AE 103)
Equipment:
• Red carrying case with foam cutouts to store and protect components
• Experiment platform constructed to hold components & meters
• Electrolyzer
• Power supply
• Current control box
• Gas storage
• Fuel cell
• 2 multimeters with connectors
• Load module with electric motor and light bulb
• Variable resistor module
• Flexible connecting cords; brass, hard copper, gold plated contacts
• Connecting tubes and end caps
• Distilled water
• Syringe
• Experiments manual