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Plan de estudios de un año de ciencias físicas de la escuela secundaria
En este curso semanal continuo, los estudiantes desarrollarán una comprensión sólida y fundamental de todo lo relacionado con las ciencias físicas en un aula atractiva basada en proyectos diseñada para alentar y empoderar a todos.
Experiencia de clase
Nivel de inglés: desconocido
Grado de EE. UU. 5 - 8
Sigue en plan de estudios Teacher-Created
Alineado con Next Generation Science Standards (NGSS)
Hi Learners and Parents! In this full year physical science course, learners will enter a journey through the natural world. This journey will be feature engaging learning material in the form or text, images, and videos, hands-on projects to reinforce concepts and empower students to take learning into their own hands, and ultimately encourage a love of science and curiosity! I believe strongly that science is meant to be taught in the learners hands. Therefore, this physical science...
38 lessons//38 Weeks
Week 1Lesson 1Molecules and AtomsIntroduction to the fundamental building blocks of matter, covering the structure and properties of atoms and molecules.Week 2Lesson 2Periodic TableExploration of the periodic table, including how elements are organized and the significance of their arrangement.Week 3Lesson 3Periodic TableExploration of the periodic table, including how elements are organized and the significance of their arrangement.Week 4Lesson 4Atomic Mass, Number, and IsotopesDetailed study of atomic mass, atomic number, and isotopes, with a focus on their importance in identifying elements.Week 5Lesson 5Ions, Acids, and BasesExamination of ions, acids, and bases, including their properties, formation, and roles in chemical reactions.Week 6Lesson 6Compounds and Ionic BondingUnderstanding the formation of compounds through ionic bonding and the characteristics of ionic compounds.Week 7Lesson 7Covalent and Hydrogen BondingStudy of covalent and hydrogen bonding, emphasizing their differences from ionic bonding and their importance in molecular structures.Week 8Lesson 8Bonding PracticeUnderstanding the formation of compounds through all types of bonding.Week 9Lesson 9Chemical Reactions and EnzymesLearning how to balance chemical equations and the significance of the law of conservation of mass in chemical reactions.Week 10Lesson 10Chemical Reaction BalanceLearning how to balance chemical equations and the significance of the law of conservation of mass in chemical reactionsWeek 11Lesson 11Thermal EnergyExploration of thermal energy, including heat transfer methods and the effect of temperature on matter.Week 12Lesson 12Chemistry Final ProjectComplete a final project that summarizes all chemistry material.Week 13Lesson 13Force IntroductionBasic concepts of force, including different types of forces and their effects on objects.Week 14Lesson 14Force and InteractionsIn-depth look at how forces interact, including contact and non-contact forces, and their implications in various scenarios.Week 15Lesson 15Motion IntroductionIntroduction to the concepts of motion, covering speed, velocity, and the basics of kinematics.Week 16Lesson 16Newton's Laws of MotionComprehensive study of Newton's three laws of motion and their applications in everyday life.Week 17Lesson 17AccelerationUnderstanding acceleration, its calculation, and its relationship to forces and motion.Week 18Lesson 18MomentumExploration of momentum, including its calculation, conservation, and significance in collisions.Week 19Lesson 19Kinetic EnergyStudy of kinetic energy, its calculation, and its relationship to mass and velocity.Week 20Lesson 20Potential EnergyUnderstanding potential energy, including gravitational and elastic potential energy, and their practical examples.Week 21Lesson 21Kinetic and Potential Energy LabComplete a hands on lab applying types of energyWeek 22Lesson 22LeversIntroduction to levers, their types, and their mechanical advantage in lifting and moving objects.Week 23Lesson 23Mechanical Advantage and Range of MotionStudy of mechanical advantage and range of motion, emphasizing their importance in simple machines and human movement.Week 24Lesson 24Levers in the Human BodyExamination of how levers function within the human body to facilitate movement and apply force.Week 25Lesson 25Simple Machines Mechanical Advantage ApplicationPractical application of mechanical advantage in various simple machines, including pulleys, wheels, and axles.Week 26Lesson 26MagnetsIntroduction to magnets, magnetic fields, and their applications in everyday technology.Week 27Lesson 27Light and Wave PropertiesStudy of the properties of light and waves, including reflection, refraction, and wave behavior.Week 28Lesson 28ElectricityExploration of electricity, covering basic electrical circuits, current, voltage, and resistance.Week 29Lesson 29Electromagnetic RadiationUnderstanding electromagnetic radiation, its spectrum, and its applications in communication and medicine.Week 30Lesson 30Electric vs Gas Combustion MotorsComparison of electric motors and gas combustion engines, focusing on their principles, efficiency, and environmental impact.Week 31Lesson 31Design Your Engine and CarHands-on project to design and conceptualize an engine and car, applying knowledge of motor principles.Week 32Lesson 32Sound WavesStudy of sound waves, their properties, and how they travel through different mediums.Week 33Lesson 33The Unique Properties of WaterExploration of the unique properties of water, including its molecular structure and behavior in different states.Week 34Lesson 34Chemistry Project: Design Your Own AtomProject-based learning to design and create a model of an atom, applying knowledge of atomic structure.Week 35Lesson 35Build a Machine for SpeedPractical project to build a machine designed for speed.Week 36Lesson 36Build a Machine for Force - Catapult ProjectHands-on project to build a machine designed to apply force, such as a catapult, integrating knowledge of mechanics and energy.Week 37Lesson 37Build a BridgeApply principles of levers and force to build a popsicle stick bridge.Week 38Lesson 38Final Physics ProjectStudents will apply many of the physics principles into an all encompassing project.
- Students will develop a strong understanding of various physical science principles, using NGSS standards as a guide.
Hi learners and parents! I currently am a credentialed teacher in Washington State and hold my endorsements in biology (5-12), health (K-12) and fitness (K-12). I currently teach AP Biology, honors biology, anatomy and physiology and health science. Last year, I taught biology, environmental science, health, physics and P.E. to middle and high school students. I hold my Masters Degree in Secondary Education with an emphasis in life sciences and health. I received my Bachelors Degree in the field of Sports Medicine from Whitworth University. I completed 1,250 clinical hours working with medical doctors, physicians assistants and physical therapists in physical therapy clinics, collegiate, semi-professional and high school athletic training rooms, emergency rooms and urgent cares.
0 - 1 horas semanales fuera de clase
Tarea
Frecuencia: incluidoComentario: incluidoDetalles: Students will be sent optional videos to watch to strengthen understanding of concepts.Certificado de finalización
Frecuencia: incluidoDetalles:
Students will be sent weekly note sheets and project instructions to help keep information organized.
None.
NGSS standards and guidelines.
Experiencia y certificaciones del docente
Washington Certificado de Docencia en Ciencia
Welcome! I am a high energy personal finance, P.E., science, and technology educator, business owner, and former collegiate football player. If you are looking for a fun and engaging class in the field of finance, science, fitness, health, or...
Reseñas
Clase grupal
20 US$
semanalmente o 760 US$ por 38 clases1 x por semana, 38 semanas
45 min
Completado por 157 alumnos
Videoconferencias en vivo
Edades: 11-14
3-12 alumnos por clase