Electric Field, Electric Charge, Potential

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PhET Simulation

Arrange positive and negative charges in space and view the resulting electric field and electrostatic potential. Plot equipotential lines and discover their relationship to the electric field. Create models of dipoles, capacitors, and more!

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Viewing Electric Field on Oscilloscope

The history of viewing an electric field on an oscilloscope dates back to the early 1900s when cathode ray tubes were first invented. These tubes were used to display electrical signals graphically, allowing scientists and engineers to visualize and measure electric fields.

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Tesla Coil

A Tesla coil is a device for creating high voltages. Voltage is a way to measure how much energy an electric charge has. Tesla coils can create voltages over 1 million volts. Typically, such high voltages are dangerous, but the Tesla coil handles high frequency electricity.

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Theremin

The theremin is an electronic musical instrument that is not physically touched by the player. It operates using sound frequencies which are made audible by the position of the player to the instrument’s antennas.

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Movement of Electric Charge

The movement of electric charges, a fundamental concept in physics, involves the flow of charged particles such as electrons and protons, driven by forces created from imbalances between positive and negative charges. Two primary forms of charge movement are static electricity, which results from charge buildup on surfaces, and current electricity, which refers to the continuous flow of charges through conductive materials.

Teacher Resources

Various career awareness opportunities are made available to you and your school including:

  • classroom presentations about NPPD careers or specific careers if a subject matter expert is available;
  • attending your school's career fair;
  • coordinating student tours of NPPD facilities; and
  • making career materials available to you

Additional Resources

If you would like more information on any of the opportunities we have to offer, contact Careers Outreach Specialist Kim Liebig.

Career Interest Assessment

With fun, interactive tools and informational resources, Nebraska Career Connections will help you learn about the careers you may be interested in, plan for education, and prepare for career success. Build a career around your unique interests and skills.

5–6th Graders: Explore the six career fields to discover the world of work.

7–8th Graders: Learn about the 16 Career Clusters, start a Personal Learning Plan, and find out your options after high school.

9–12th Graders: Research your career pathway options more in depth and start making college, financial aid, and scholarship decisions.

Postsecondary Students: Make sure you are on track with your plans. And don't forget to create a resume, practice interviewing skills, and look for job opportunities in Nebraska.

To log on to Nebraska Career Connections to take the Assessment you will need to contact your school counselor for a batch code.

Math

Measurement & Conversion

Algebra Applications

Visualizing Math

Trigonometry Applications

Statistics & Probability

Math on the Job

Quadratic Formula

Tools of the Trade

Agriculture

Precision Ag / Instrumentation for Ag

Electrical Systems Integration for Ag Machinery

Internet of Farm Things

Innovations in Ag

Agronomy

Power, Structure, & Technical Systems

Engineering Properties of Ag Materials

Ag Logistics

Tools of the Trade

Innovation / Entrepreneurship

Intellectual Property

Accounting Basis

Process of Innovation

Traits of Success

Business Operations / Business Model

Sourcing

Iteration / Failure Mindset

Round-A-Bout Economy

Maker's Mentality

Tools of the Trade

Public Power

Human Performance

Generation Strategies & Management

Environmental

Engineering

Domestic Energy & Research

Nuclear

Public Power

Sustainable Energy

Transmission & Distribution

System Controls

Engineering

AC Circuit Analysis / Electrical Switches

Measuring / Modeling / Standards

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