transferred from one to another Use earthquakes Explain how Construct an to explain how refrigerators work electromagnet seismic waves transfer energy Conduct an Describe waves in Explain why a trumpet experiment to terms of speed, and guitar show heat loss. wavelength, different when they Measure, graph frequency and play the same note and draw amplitude conclusions Measure, Calculate your weight calculate and on different planets the speed of an Describe how push Show how using data of the mass object traveling in Understand inertia in and pull forces make magnets repel and and radius of the a straight line as a terms of a car collision objects move attract planets and Newton's function of time universal law of and explain the gravitation objects motion Show how an Use simple Use vector diagrams Describe gravity and object’s direction Calculate acceleration machines to show to describe force, Work, Motion, give examples of how is affected by using specified forces input and output of velocity and and Forces it works forces acting upon in one dimension F=ma force and motion acceleration it Explain how force, Use Newton's law Explain force and speed and of motion to explain speed direction are driving in the snow related Explain why Know how to measure combustion temperature, volume, engines are weight and length inefficient at performing work
transferred from one to another Explain how refrigerators work Construct an electromagnet Use earthquakes to explain how seismic waves transfer energy Explain why a trumpet and guitar different when they play the same note Describe waves in terms of speed, wavelength, frequency and amplitude Conduct an experiment to show heat loss. Measure, graph and draw conclusions Work, Motion, and Forces Describe how push and pull forces make objects move Show how magnets repel and attract Measure, calculate and the speed of an object traveling in a straight line as a function of time and explain the objects motion Understand inertia in terms of a car collision Calculate your weight on different planets using data of the mass and radius of the planets and Newton's universal law of gravitation Describe gravity and give examples of how it works Use simple machines to show input and output of force and motion Show how an object’s direction is affected by forces acting upon it Calculate acceleration using specified forces in one dimension F=ma Use vector diagrams to describe force, velocity and acceleration Explain force and speed Explain how force, speed and direction are related Use Newton's law of motion to explain driving in the snow Know how to measure temperature, volume, weight and length Explain why combustion engines are inefficient at performing work
minnesota_standard_adult_high_school_diploma_program_pilot_resources_and_guidance.docx