Colección de recursos tic en los que prima la interactividad , la simulación, la capacidad de experimentación virtual en el mundo de las ciencias, matemáticas. física, biología, astronomía, geología
Páginas
- Página principal
- Zoología
- Biología
- Citología
- Science animations
- Biología. Primaria.
- RECURSOS MEC
- Clip Art Libres. Clip Art free.
- Proyectos interactivos
- Química-Física
- Experimentos
- Experimentos primaria
- Blogs. Creación. Edición
- Música
- Laboratorios virtuales
- Recursos IPad o html5
- Tecnología
- LENGUAJE
- Matemáticas
- Retos, juegos de matemáticas
Buscar este blog
viernes, 2 de diciembre de 2011
miércoles, 30 de noviembre de 2011
domingo, 27 de noviembre de 2011
viernes, 25 de noviembre de 2011
domingo, 6 de noviembre de 2011
sábado, 29 de octubre de 2011
domingo, 16 de octubre de 2011
domingo, 2 de octubre de 2011
miércoles, 28 de septiembre de 2011
domingo, 7 de agosto de 2011
martes, 19 de julio de 2011
jueves, 30 de junio de 2011
lunes, 27 de junio de 2011
Libertexto. Resúmenes, subrayados, comentarios en textos digitales
Una de las críticas más comunes de los que están acostumbrados desde siempre al libro tradicional es que es imposible subrayar y aportar comentarios a los contenidos digitales, con esta aplicación del M.E.C. este problema queda resuelto se puede tanto subrayar con diferentes colores, comentar e incluso ordenar el texto fácilmente de modo
que se convierta en un esquema
Libertexto
que se convierta en un esquema
Libertexto
miércoles, 20 de abril de 2011
Laboratorios virtuales. 1º o 2º Bachillerato. Muy buenos. Requieren Sockwave Flash
Virtual Labs
|
© 2010 Howard Hughes Medical Institute. A philanthropy serving society through biomedical research and science education. 4000 Jones Bridge Road Chevy Chase, MD 20815-6789 | (301) 215-8500 | e-mail: webmaster@hhmi.org |
sábado, 16 de abril de 2011
LaunchBall
Launchball
The Science Museum of London has created an incredible world for students to learn about magnets, gravity, electricity, light, and so much more. The name of this elegant & rich learning tool is Launchball (#1) In the first half you learn, in the second half you create your own challenges. Students love it!
El Museo de la Ciencia de Londres ha creado este increíble mundo en el cual los alumnos aprenden sobre
gravedad, electricidad, luz e imanes. En la primera parte, se aprende. En la segunda, crean sus propios retos.
The Science Museum of London has created an incredible world for students to learn about magnets, gravity, electricity, light, and so much more. The name of this elegant & rich learning tool is Launchball (#1) In the first half you learn, in the second half you create your own challenges. Students love it!
El Museo de la Ciencia de Londres ha creado este increíble mundo en el cual los alumnos aprenden sobre
gravedad, electricidad, luz e imanes. En la primera parte, se aprende. En la segunda, crean sus propios retos.
Aspire. Animaciones y lecciones de la Universidad de Utah
Lessons by Title
Title Description
Bread Board project A basic black box breadboard project. This project will create a programmable LED or series of LEDs which can then be programmed to change color. Basic electronics, programming and concepts about persistence of vision are covered in this lab
Cosmic Zoom Zoom in from the far reaches of the galaxy by powers of ten.
Force and Motion The effect of force on velocity and motion.
Gas Particles in Motion Relating volume, temperature, and pressure.
Gas Particles in Motion Relating volume, temperature, and pressure. A classic ASPIRE lab re-written for Flash.
In Search of Cosmic Rays Learn how to find cosmic rays.
Kinetic Energy Relating mass, speed, and energy. (Java 1.2)
Kinetic Energy Relating mass, speed and energy. A classic lab re-written for Flash
Lunar Phases Learn about the lunar phases.
Lunar Phases (español) Aprenda sobre las fases lunares.
Machines Simple and Complex Machines
Night Sky Viewer See the night sky anywhere on Earth!
Our Atmosphere Learn about the atmosphere.
Refraction Demos 4 Flash demonstrations that show how light refracts through prisms and raindrops
Scientific Method The scientific method and its application to astronomy
Scientific Notation Learning to use large numbers.
Seasons Activity Use a sundial to observe seasonal changes.
Seasons Exercise Use seasons to determine your location.
Seismic Waves How do scientists know what the core of the Earth looks like? Learn more about seismic waves and find out.
Shoot the stars How do scientists know if stars are moving towards us or away from us? Use Doppler in this virtual lab to shoot stars and see what happens
Star Life Cycle Learn the full life cycle of a star.
Sun Angle Why doesn't it get warm at the North Pole like it does at the equator, even though it has 24-hour days?
Tides Learn about the Earth's tides.
Wave Basics Learning the basics of waves... amplitude, wavelength, and frequency.
Title Description
Bread Board project A basic black box breadboard project. This project will create a programmable LED or series of LEDs which can then be programmed to change color. Basic electronics, programming and concepts about persistence of vision are covered in this lab
Cosmic Zoom Zoom in from the far reaches of the galaxy by powers of ten.
Force and Motion The effect of force on velocity and motion.
Gas Particles in Motion Relating volume, temperature, and pressure.
Gas Particles in Motion Relating volume, temperature, and pressure. A classic ASPIRE lab re-written for Flash.
In Search of Cosmic Rays Learn how to find cosmic rays.
Kinetic Energy Relating mass, speed, and energy. (Java 1.2)
Kinetic Energy Relating mass, speed and energy. A classic lab re-written for Flash
Lunar Phases Learn about the lunar phases.
Lunar Phases (español) Aprenda sobre las fases lunares.
Machines Simple and Complex Machines
Night Sky Viewer See the night sky anywhere on Earth!
Our Atmosphere Learn about the atmosphere.
Refraction Demos 4 Flash demonstrations that show how light refracts through prisms and raindrops
Scientific Method The scientific method and its application to astronomy
Scientific Notation Learning to use large numbers.
Seasons Activity Use a sundial to observe seasonal changes.
Seasons Exercise Use seasons to determine your location.
Seismic Waves How do scientists know what the core of the Earth looks like? Learn more about seismic waves and find out.
Shoot the stars How do scientists know if stars are moving towards us or away from us? Use Doppler in this virtual lab to shoot stars and see what happens
Star Life Cycle Learn the full life cycle of a star.
Sun Angle Why doesn't it get warm at the North Pole like it does at the equator, even though it has 24-hour days?
Tides Learn about the Earth's tides.
Wave Basics Learning the basics of waves... amplitude, wavelength, and frequency.
miércoles, 13 de abril de 2011
lunes, 11 de abril de 2011
Science Net Links
Tool Navigator and |
| Planet Size Comparison Mercury is the second smallest planet; only Pluto is smaller. In fact, Mercury is not much larger than our moon. In this animation, you can find out how Mercury "sizes up" to Earth or any other planet. The first two planets that show up on the screen when you open this animation are Earth and Mercury. At the top of the screen, students can choose what planets they want to compare. At the bottom of the screen, students can see the dimensions for each planet as well as how they compare in size. This animation was created before scientists in the International Astronomical Union voted for a new definition of a planet, which effectively removed Pluto from the list. So, Pluto is included in this animation. You may want to alert students to this fact. You also could use this as an opportunity to discuss with your students how scientists reach these kinds of decisions and what constitutes a planet. Using the Resource Planet Size Comparison can be used to enhance students’ understanding of our solar system and to help them gain a better appreciation for the sizes of the nine planets, plus the sun and the earth’s moon. This animation would be useful when addressing the Physical Setting benchmarks that focus on the universe. It could also be used when doing lessons on scale, models, systems, or displacing the earth from the center of the universe. When doing a lesson on scale, for instance, this animation could be used to allow students to see the relative sizes of the planets by comparing any planet against another and viewing them at the same scale. So, students not only get a visual image of two planets next to each other, they also can see the diameters of the planets and a ratio in which the diameter of the smaller object is taken to be one unit. One feature of this animation of which you should be aware is that the size of the planets as they appear on the screen may vary depending on the size of the planets next to them. For instance, even if students keep the Earth in the left-hand screen as they compare it to other planets, its size may change from how large it appears when compared to Mercury versus the sun. This could cause some confusion among students so you may want to make sure that they understand that the size of a plant on the screen may vary simply due to the limitations of the animation itself. Related Science NetLinks Resources
Created :04/13/2004 |
Suscribirse a:
Entradas (Atom)