Physics and Mathematics of Energy

Other Nebraska CTE sets

Apply safety principles, practices, philosophy, and guidelines to the work environment. STS.HS.27.1

  • a

    Complete applicable safety assessment with 100% accuracy.STS.HS.27.1.a

  • b

    Employ appropriate Personal Protective Equipment (PPE) while in the lab setting.STS.HS.27.1.b

  • c

    Employ eye protection in compliance with Neb. Rev. Statute 79–715.STS.HS.27.1.c

  • d

    Employ the safe application of tools and machines.STS.HS.27.1.d

  • e

    Explain the main hazards that are possible in the lab setting.STS.HS.27.1.e

  • f

    Demonstrate proper handling and storing of materials.STS.HS.27.1.f

Identify career opportunities in fields related to the physics and mathematics of energy.STS.HS.27.2

  • a

    Identify the responsibilities and characteristics of professionals in the energy industry.STS.HS.27.2.a

  • b

    Identify career opportunities in the energy field. STS.HS.27.2.b

  • c

    Identify the training, education, certification, and licensing requirements for various careers in the energy industry.STS.HS.27.2.c

Execute accurate measurements using measurement tools.STS.HS.27.3

  • a

    Identify types of measurement tools.STS.HS.27.3.a

  • b

    Categorize measurement tools by use.STS.HS.27.3.b

  • c

    Demonstrate the accurate use of measurement and layout tools to 1/16" precision.STS.HS.27.3.c

Apply principles of physics and mathematics to the energy industry.STS.HS.27.4

  • a

    Identify the applications of physics in energy production, distribution, and use.STS.HS.27.4.a

  • b

    Identify the applications of mathematics in energy production, distribution, and use.STS.HS.27.4.b

  • c

    Apply principles of physics and mathematics to the problem solving and product creation process.STS.HS.27.4.c

Apply appropriate academic and technical skills to energy-centric activities and projects.STS.HS.27.5

  • a

    Identify whole numbers, decimals, fractions, and complex numbers.STS.HS.27.5.a

  • b

    Solve decimal/fraction conversions.STS.HS.27.5.b

  • c

    Employ math functions and formulas to complete an energy job and workplace tasks.STS.HS.27.5.c

  • d

    Communicate principles and terminology associated with the study and use of mathematics and physics.STS.HS.27.5.d

Identify the materials, tools, and equipment needed to manufacture a product used in the energy industry.STS.HS.27.6

  • a

    Determine types of materials, fasteners, adhesives, and finishes needed to produce an energy product.STS.HS.27.6.a

  • b

    Determine the correct tools and equipment needed to produce a specific product.STS.HS.27.6.b

  • c

    Identify components of an effective plan to build an energy product.STS.HS.27.6.c

Produce an energy product.STS.HS.27.7

  • a

    Devise a plan to build an energy product.STS.HS.27.7.a

  • b

    Execute a plan to create an energy product.STS.HS.27.7.b

  • c

    Identify the elements of a finished energy product.STS.HS.27.7.c

Frequently asked questions

What grade levels do these standards cover?
Grade 9, Grade 10, Grade 11, and Grade 12

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