- Teacher: Osmar Julián Martínez López
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About Art - Virtual High School LPV de Estefania Madrid Valencia
- Teacher: Estefania Madrid Valencia
Tech by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
introduction by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
Welcome to 7th Grade Mathematics!
This year, we’ll dive into the fascinating world of numbers and shapes, discovering how they connect and relate to the world around us. We’ll learn how to break down numbers to uncover their hidden secrets and explore different ways to represent amounts from small parts to easy comparisons.
We’ll also explore how to measure and describe the space around us, playing with angles, shapes, and sizes we see every day. Finally, we’ll start working with symbols and rules that help us solve more complex problems, opening the door to new challenges.
For this course, you will find 4 modules that will delve you into the atomic behaviour not only of what you can see but also of what you can't see. Each module has the instructios and guiding questions for you to fully understand each topic. These modules are expected to be submitted as follows:
| Period | Topic | Duration |
|
1
|
Unit 1. Number theory and properties | 2 Months |
| Unit 2. Fractions and decimal numbers | 2 Months | |
|
2
|
Unit 3. Geometry | 2 Months |
| Unit 4. Algebra | 2 Months |
If you have any doubts, remember to contact me via chat, I'll be glad to greet you.
- Teacher: Juan Diego Giraldo Lopez
introduction by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
🔬 Unlock the Secrets of the Universe! 💡
Chemistry, Physics, and Biology aren't just subjects—they're the keys to understanding everything!
This is where you'll explore:
Chemistry: The invisible forces and reactions that build the world, from the elements in the stars to the molecules that make up your breakfast.
Physics: The laws of energy, motion, and gravity that govern everything, from the smallest subatomic particle to the largest galaxy.
Biology: The incredible, complex story of life, from the structure of a single cell to the vast web of ecosystems on our planet.
Welcome to your lab for intellectual development, where the greatest mysteries of nature are waiting for you to solve them!
Chemistry, Physics, and Biology aren't just subjects—they're the keys to understanding everything!
This is where you'll explore:
Chemistry: The invisible forces and reactions that build the world, from the elements in the stars to the molecules that make up your breakfast.
Physics: The laws of energy, motion, and gravity that govern everything, from the smallest subatomic particle to the largest galaxy.
Biology: The incredible, complex story of life, from the structure of a single cell to the vast web of ecosystems on our planet.
Welcome to your lab for intellectual development, where the greatest mysteries of nature are waiting for you to solve them!
- Teacher: Juan Diego Giraldo Lopez
- Teacher: Osmar Julián Martínez López
About Art - Virtual High School LPV de Estefania Madrid Valencia
- Teacher: Estefania Madrid Valencia
Tech by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
introduction by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
- Teacher: Juan Diego Giraldo Lopez
Social Studies by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
About Art - Virtual High School LPV de Estefania Madrid Valencia
- Teacher: Estefania Madrid Valencia
Tech by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
introduction by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
- Teacher: Juan Diego Giraldo Lopez
Social Studies by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
- Teacher: Juan Diego Giraldo Lopez
- Teacher: Osmar Julián Martínez López
NATURAL SCIENCES | 9th Grade Preview 🔬
This course provides an intensive review of ninth-grade foundational science while looking forward to the complexity of high school physics, chemistry, and biology.
Key Focus Areas: Connecting the Micro to the Macro
The curriculum bridges four core areas, moving from fundamental processes to global impact:
Chemical and Physical Reactions:
Thermodynamics & Energy: Understanding the concepts of heat, work, and energy transfer in systems, including the principles governing machines like combustion engines (First and Second Laws of Thermodynamics).
Chemical Change: Analyzing the behavior of matter, chemical reactions, and the factors (like electronegativity and valence electrons) that explain the formation and characteristics of compounds.
Gases: Studying the behavior of ideal gases and the relationships between pressure (P), volume (V), and temperature (T) using the Kinetic Molecular Theory.
Biological Systems (Homeostasis):
Organ Systems: Comprehending the interactions between different organ systems (nervous, endocrine, excretory, immune, etc.) to maintain homeostasis (internal balance).
Coordination: Analyzing the biological roles of hormones and neurons in regulating and coordinating body functions.
Reproduction: Exploring the biological mechanisms of reproduction and how factors like genetic variability and energy requirements impact the reproductive success and survival of species.
Earth and Environmental Science:
Ecology Review: Revisiting the interdependence of living organisms (biotic factors) and non-living components (abiotic factors) within ecosystems.
Geology: Applying scientific principles to understand large-scale Earth processes, such as volcanism and geological history.
This course emphasizes developing scientific inquiry skills—using evidence, modeling, and experimentation to explain phenomena across biology, chemistry, and physics.
This course provides an intensive review of ninth-grade foundational science while looking forward to the complexity of high school physics, chemistry, and biology.
Key Focus Areas: Connecting the Micro to the Macro
The curriculum bridges four core areas, moving from fundamental processes to global impact:
Chemical and Physical Reactions:
Thermodynamics & Energy: Understanding the concepts of heat, work, and energy transfer in systems, including the principles governing machines like combustion engines (First and Second Laws of Thermodynamics).
Chemical Change: Analyzing the behavior of matter, chemical reactions, and the factors (like electronegativity and valence electrons) that explain the formation and characteristics of compounds.
Gases: Studying the behavior of ideal gases and the relationships between pressure (P), volume (V), and temperature (T) using the Kinetic Molecular Theory.
Biological Systems (Homeostasis):
Organ Systems: Comprehending the interactions between different organ systems (nervous, endocrine, excretory, immune, etc.) to maintain homeostasis (internal balance).
Coordination: Analyzing the biological roles of hormones and neurons in regulating and coordinating body functions.
Reproduction: Exploring the biological mechanisms of reproduction and how factors like genetic variability and energy requirements impact the reproductive success and survival of species.
Earth and Environmental Science:
Ecology Review: Revisiting the interdependence of living organisms (biotic factors) and non-living components (abiotic factors) within ecosystems.
Geology: Applying scientific principles to understand large-scale Earth processes, such as volcanism and geological history.
This course emphasizes developing scientific inquiry skills—using evidence, modeling, and experimentation to explain phenomena across biology, chemistry, and physics.
- Teacher: Juan Diego Giraldo Lopez
- Teacher: Osmar Julián Martínez López
About Art - Virtual High School LPV de Estefania Madrid Valencia
- Teacher: Estefania Madrid Valencia
Tech by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
introduction by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
- Teacher: Juan Diego Giraldo Lopez
Social Studies by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
- Teacher: Juan Diego Giraldo Lopez
- Teacher: Osmar Julián Martínez López
About Art - Virtual High School LPV de Estefania Madrid Valencia
- Teacher: Estefania Madrid Valencia
Tech by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
introduction by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
- Teacher: Juan Diego Giraldo Lopez
Social Studies by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
Welcome to Advanced Natural Sciences! This rigorous 11th-grade course is designed to connect the foundational principles of physics and chemistry with cutting-edge modern science. Over the semester, we'll develop your ability to analyze the world analytically, from the grand forces that govern motion to the minuscule forces that dictate molecular behavior. Get ready for a challenging and rewarding exploration of the physical and biological universe! 🚀
What We'll Explore
This course is divided into three major areas of study:
1. The Dynamics of Energy and Motion (Physics)
We'll start with Work, Energy, and Power, focusing on how energy is conserved, transferred, and transformed in physical systems. We'll then delve into Simple Harmonic Motion (SHM), the mathematics behind oscillatory movement like pendulums and waves. You'll learn to calculate efficiency, model motion, and understand the fundamental laws that keep our world running.
2. The Behavior of Matter (Chemistry)
Next, we move to the microscopic world. We'll explore Chemical Reactions, mastering stoichiometry and reaction types. A major focus will be Intermolecular Forces (IMFs), which are the weak attractions between molecules. Understanding IMFs is key to explaining the unique properties of Liquids and Gases, including phase changes, pressure, and temperature effects.
3. Modern Science and Application
The final units look at high-impact, contemporary science:
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Nuclear Chemistry and Radiation: We'll study the atomic nucleus, decay, half-life, and the immense energy released by processes like fission and fusion. We'll also examine the practical uses and safety considerations of Radiation in medicine and technology.
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Biotechnology: You'll learn the core principles of genetic engineering, exploring tools like PCR and basic gene editing. This unit connects physics and chemistry to modern biological advances, highlighting the ethical and societal implications of manipulating life at the molecular level.
Skills You'll Master
Throughout this course, you will:
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Solve Complex Problems: Apply mathematical models (including algebraic and trigonometric concepts) to solve real-world problems in physics and chemistry.
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Analyze Data: Design experiments, collect precise data, and draw evidence-based conclusions.
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Evaluate Technology: Critically assess the risks and benefits of modern scientific applications, such as nuclear power and genetic engineering.
Prepare to expand your scientific horizons and develop the analytical skills necessary for college-level science!
- Teacher: Juan Diego Giraldo Lopez
- Teacher: Osmar Julián Martínez López
Enlace de la clase :
https://meet.google.com/oqg-bwbb-kyg
https://meet.google.com/oqg-bwbb-kyg
- Teacher: Juan Diego Giraldo Lopez
- Teacher: Osmar Julián Martínez López
Prueba para ABOUT
- Teacher: Alfonso Ospina Roa
About Art - Virtual High School LPV de Estefania Madrid Valencia
- Teacher: Estefania Madrid Valencia
Tech by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
introduction by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
Foro para participación general de todos los estudiantes LPV Virtual
- Teacher: Alfonso Ospina Roa
- Teacher: Juan Diego Giraldo Lopez
Social Studies by Jonathan Javier Loza Moncayo
- Teacher: Jonathan Javier Loza Moncayo
- Teacher: Juan Diego Giraldo Lopez
- Teacher: Osmar Julián Martínez López
El servicio social estudiantil es un requisito legal y fundamental para culminar exitosamente su proceso de graduación, por tanto cada estudiante debe realizar y demostrar el cumplimiento de 80 horas de servicio a la comunidad.
Por tanto los estudiantes paulatinamente deben evidenciar avances en el cumplimiento de los requisitos listados a continuación:
1. Escoger el o los proyectos a realizar y diligenciar totalmente el (Formato para la planeación del proyecto de servicio social) por cada uno de los proyectos realizados.
2. Realizar el módulo: Atributos del perfil del aprendiz, disponible en Claseweb.
https://claseweb.edu.co/virtual/course/view.php?id=224
3. Crear una carpeta con el nombre: Servicio social / nombres y apellidos del estudiante
4. Compartir la carpeta, la cual debe contener los siguientes documentos diligenciados:
A. Formato para la planeación del proyecto de servicio social.
B. Formato: Registro de horas.
C. Carpeta de evidencias. (Debe ser creada por el estudiante)
Esta información y sus avances deben ser presentados de manera progresiva y continua en las tutorías correspondientes.
D. Documento en formato Word con reflexiones sobre el proceso. Debe ser creada por el estudiante)
___________________________________________________________________________________________________________________________________________________
Estudiantes que pertenecen a ligas deportivas
Si el estudiante hace parte activa de una liga deportiva reconocida y aprobada por el Ministerio de Educación Nacional y sus correspondientes instancias, debe cumplir con los siguientes requisitos:
1. Carta membreteada de certificación del cumplimiento de las horas dedicadas al servicio social.
2. Crear y compartir una carpeta de drive agregando los siguientes documentos.
3. Al menos fotos con descripciones detalladas a pie de página de las competiciones en las que han participado.
La información que deben agregar a cada foto es:
A. Nombre de la competición:
B. País, ciudad
C. Día, mes, año,
D. Descripción y reflexión sobre la participación.
4. Las fotos deben ser de competencias diferentes, tendientes a abarcar el ciclo de las 80 horas del servicio certificadas en la carta.
5. Las fotos aportadas como evidencia deben estar dentro del rango de fechas correspondientes al curso de sus años lectivos 11° y 12°.
Esta información debe ser presentada y compartida de manera organizada durante las tutorías, una vez la evidencia sea conforme a los requerimientos, el estudiante obtendrá la aprobación (Nota final) del servicio social estudiantil obligatorio.
- Teacher: Alfonso Ospina Roa
- Teacher: Juan Diego Giraldo Lopez
- Teacher: Jonathan Javier Loza Moncayo
- Teacher: Estefania Madrid Valencia
- Teacher: Alfonso Ospina Roa
- Teacher: Juan David Londoño Restrepo
- Teacher: Jonathan Javier Loza Moncayo
- Teacher: Estefania Madrid Valencia
