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La ciencia está en todas partes: materia en movimiento
Los estudiantes diseñarán un automóvil propulsado por un globo en esta introducción interactiva a las leyes del movimiento de Newton y utilizarán las matemáticas para calcular la distancia, la velocidad y la velocidad. Preparará/reforzará conceptos que los estudiantes aprenderán en una clase de ciencias.
Experiencia de clase
Nivel de inglés - A1
Grado de EE. UU. 6 - 8
Nivel Beginner
Students will be introduced to matter and mass, Newton's Laws of Motion, and the mathematical formula D=rt (Distance = rate multiplied by time). They will learn how easy it is to engineer a balloon powered car at home with everyday items. Adults may need to help students with sharp objects while constructing the balloon powered car. I will give a short lesson about the science behind motion then we can test the cars you built in the next class.
- The scientific concepts students will learn include how and why matter moves, Newton's Laws of Motion, force, velocity, and momentum. Students will learn how to calculate distance, rate of speed, and the time it takes to travel a certain distance.
This is a fun and easy project which is a section of my Physical Science classroom material. Check out more of my sections in my "Science is Everywhere" collection of lessons.
1 - 2 horas semanales fuera de clase
Proyectos
Frecuencia: 1-2 durante toda la claseComentario: incluidoDetalles: This class is part 1 of 2. Students will be introduced to matter and mass, Newton's Laws of Motion, and the mathematical formula D=rt (Distance = rate multiplied by time). They will learn how easy it is to engineer a balloon powered car at home with everyday items. Adults may need to help students with sharp objects while constructing the balloon powered car. I will give a short lesson about the science behind motion then we can test the cars you built in the next class. Please Note: Paper airplanes will also work for this class.Calificación
Frecuencia: incluidoDetalles: The assessment will be based on completion of part 1 and part 2. This is an introduction / reinforcement to standardized science curriculum.
See more material ideas in part 1 of this 2 part class. Students will need 1-2 balloons, 3-4 straws, a hammer and a nail -OR- a utility knife, glue or tape, skewers, and the materials of choice to engineer the balloon powered car. A measuring tape will be required for part 2 of this class in order to calculate distance, rate and time.
Adults may need to help students with sharp tools and objects while constructing the balloon powered car. A hammer and a nail, or a utility knife will be required to make small holes in plastic or cardboard.
Students will see "How To" videos in class. Parents may do an internet search for balloon powered car directions. This is an easy project made with empty water bottles, household items and/or Legos.
Experiencia y certificaciones del docente
Hello, my students call me Miss Vicki. I have been an educator for over 20 years, helping students learn how to learn. I teach K-12 General Education and Special Education subjects including English, math up to Algebra 1, Physical and Earth...
Reseñas
Clase grupal
20 US$
por claseSe reúne una vez
55 min
Videoconferencias en vivo
Edades: 8-12
1-4 alumnos por clase
Asistencia financiera
Tutoría
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