This is my first entry under a new tab Resources, intended primarily for astronomy education to complement the astronomy topics in the Philippine K to 12 Science Curriculum. Teachers in the secondary level, science educators, students, as well as astronomy enthusiasts will benefit most from the teaching resources in this newly-created page.
Create a Crater
An artist’s rendition of a large asteroid or comet hitting the Earth. Photo Credit: Don Davis/NASA
What do you think will happen if an asteroid or a comet hits Earth?
Evidence of impacts caused by asteroids and comets have been found in various places on Earth and scientists believe that in the distant past, an asteroid or a comet impact might have led to the extinction of dinosaurs.
In this activity, students will simulate the formation of a crater using some common materials like marbles, flour, and a basin. It is intended for Grade 8 students, particularly, for the topic ‘Other Members of the Solar System (Comets, Meteors, and Asteroids)’ in the Grade 8 Science Learner’s Material (Unit 2, Module 3) published by the Department of Education. They will learn what an impact crater looks like and how the size of an object affects the size of the crater formed. This activity effectively illustrates to students that other members of the solar system, particularly comets, meteors, and asteroids, are capable of causing catastrophic effects in the event of an impact with Earth. To learn more about this activity, click here.
Prepared by the National Institute for Science and Mathematics Education Development, University of the Philippines, Diliman. Originally posted at Agham, Impormasyon, at Matematika (AGIMAT), Science and Mathematics Resources for Teaching, UP NISMED.
Facing east at 4 am, September 13, 2012, as viewed anywhere in the Philippines
There will be a Venus-Moon pairing a few hours before sunrise (3-5 am) on September 13, 2012. This pairing also presents an opportunity to spot Venus even during daytime, that is, while the Sun is up and the sky is still blue. The event requires no telescope and will be visible to the naked eye.
To learn more about upcoming astronomical events, click here.
Identify constellations and planets using Google Sky Map! This application uses the on-board array of sensors in a smartphone to determine the location and orientation of the phone and generate a real-time ‘map of the sky’. To identify objects, just hold the phone against the sky and the application automatically plots the current sky objects. Read more.
Google Sky Map installed in an XPERIA 10 mini Pro smartphone
Earlier today I organized a solar observation with the University of the Philippines Astronomical Society (May 13, 2012) in preparation for the upcoming May 21, 2012 annular solar eclipse and the most awaited June 6, 2102 Venus transit.
Solar Observation with the UP Astronomical Society (May13,2012)
More photos here.
For previous observations, click here.
To receive timely updates on upcoming astronomical events/observations, click here.
For tutorials on how to get started with astrophotography, click here.
© Anthony Urbano (Manila, Philippines)
Baseplate for mounting an 80 mm William Optics refractor on a side-saddle arrangement to a camera tripod, August 2011.
© Anthony Urbano
Eclipse Maximum will occur at 4:12 am (local time), June 16, 2011. Face southwest at around 2:30 am and wait for the moon to turn red. This video simulation shows the naked-eye view of the event.
* Penumbral eclipse begins: 1:24 AM
* Partial eclipse begins: 2:22 AM
* Greatest eclipse: 4:12 AM
* Partial eclipse ends: 6:02 AM
* Penumbral eclipse ends: 7:00 AM