Hiasan pada kek cawan ini telah dihasilkan oleh anak saya yang berusia 10 tahun.

pelajar penyiaran menunggu giliran untuk dinilai.

Panel penilai penyiaran.

Antara pameran animasi yang dilawati.

Gambar kenangan.

Bakal Graduan Diploma Teknologi Animasi

Bakal Graduan Diploma Teknologi Media – Penyiaran

Bakal Graduan Diploma Teknologi Media – Periklanan

Bakal Graduan Diploma Teknologi Media – kewartawanan

Bakal Graduan Diploma Teknologi Media  – Perhubungan Awam

gambar kenangan

Nama pun  jamuan, mestilah ada gambar makanan

Gusti lengan

kereta kawalan jauh ‘ remote control ‘

congkak

teng – teng

futsal

persembahan nyanyian

persembahan tarian

Pendaftaran untuk mengesahkan kehadiran dan mendapatkan kupon cabutan bertuah.

Sukaneka. Meniup belon & kasi pecah itu belon.

Selipar yang sudah dilonggok menunggu masa untuk disambar oleh peserta ‘  mencari selipar sendiri ‘

Berlari untuk mendapatkan selipar sendiri.

Bergambar beramai-ramai untuk kenang-kenangan.

Posted in .: PHOTO - PEOPLE :. Tagged: family day, gambar keluarga, hari keluarga, kaki ayam, rumah kampung, sri medan, sukaneka ]]> http://abdmalikdaud.wordpress.com/2009/05/07/family-day/feed/ 1 malik dsc_9520 dsc_9921 dsc_9941 dsc_9945 dsc_9810 http://abdmalikdaud.wordpress.com/2009/04/24/pagi-dan-bulan/ http://abdmalikdaud.wordpress.com/2009/04/24/pagi-dan-bulan/#comments Thu, 23 Apr 2009 23:40:23 +0000 abdmalikdaud http://abdmalikdaud.wordpress.com/?p=185 ]]> Gambar nie aku ambil pada 12 April lalu, sekitar jam 7.18 pagi. Aku tertarik pada bulan yang masih ada. Terus aku snap gambar pemandangan nie.

The apparent westward revolution of Sun around the earth after rising out of the horizon is due to the Earth’s eastward rotation, a counter-clockwise revolution when viewed from above the North Pole. This illusion is so convincing that most cultures had mythologies and religions built around the geocentric model. This same effect can  be seen with near-polar satellites as well.

Sunrise and sunset are calculated from the leading and trailing edges of the Sun, and not the center; this slightly increases the duration of “day” relative to “night“. The sunrise equation, however, is based on the center of the sun.

The timing of sunrise varies with the time of year and the latitude of the location from which it is viewed. The precise local time of sunrise also depends upon each location’s precise longitude within a given time zone. Small daily changes and noticable semi-annual changes in timing of sunrise are driven by the axial tilt of Earth and the planet’s movement in its annual orbit around the sun. Some apparent anomalies exist however. In the Northern Hemisphere, the latest sunrise does not occur on the winter solstice around December 21, but rather in early January. Likewise, the earliest sunrise does not fall on the summer solstice around June 21, but occurs earlier in June in the Northern Hemisphere. As one travels farther from the equator, the times of sunrise and sunset change throughout the year. Even on the equator, sunrise and sunset shift several minutes back and forth through the year, along with solar noon. These effects are plotted using an analemma.

Due to Earth’s axial tilt, whenever and wherever sunrise occurs, it is always in the northeast quadrant from the March equinox to the September equinox and in the southeast quadrant from the September equinox to the March equinox. Sunrises occur precisely due east on the March and September equinoxes for all viewers on Earth. The sunrise and sunset times for a 12 hr day and 12 hr night do not fall on the “equinox” (equal night), since the timing of sunrises and sunsets, and hence, the lengths of day and night vary with each viewer’s particular latitude.

From Wikipedia