NAME: ESTHER WONG SIU NING INTAKE: PISMP 2021/MEI 2026 COURSE: MATHEMATICS TYPE OF DIGITAL MATERIALS: WEBSITE A common educational problem that students often encounter when learning about planets and the solar system is the difficulty in comprehending abstract concepts and retaining complex information. Traditional methods of teaching, such as textbooks and lectures, may fail to fully engage students or cater to different learning styles. As a result, students may struggle to grasp the intricate details of planetary systems, their characteristics, and their relationships within the solar system. To tackle this issue, students may propose the development of a website that integrates various multimedia elements such as videos, audio clips, games, and pictures to enhance their learning experience. By incorporating these diverse forms of content, the website can cater to different learning preferences and provide a more interactive and engaging platform for students to explore the topic of planets and the solar system. The use of videos can offer visual representations of planetary movements, celestial phenomena, and scientific concepts, helping students to visualize abstract ideas more effectively. Audio clips can provide narrations or explanations that complement visual content, reinforcing key concepts and aiding auditory learners. Games can offer interactive quizzes, simulations, or puzzles that encourage active participation and reinforce understanding through experiential learning. Additionally, pictures and illustrations can provide vivid representations of planets, moons, and other celestial bodies, aiding in the retention of information and facilitating easier recall. Overall, the incorporation of multimedia elements into a website dedicated to planets and the solar system can address the educational problem by providing students with a more dynamic and immersive learning experience. By catering to diverse learning styles and offering interactive engagement, such a website can help students better comprehend complex concepts, retain information more effectively, and foster a deeper appreciation for the wonders of the universe. FLYER SCES3243 EDUCATIONAL PROBLEM THAT STUDENT WANT TO TACKLE THE COMPONENTS OR THE UNIQUENESS OF THE DIGITAL MATERIAL PRODUCED Interactive Multimedia Learning: The website is designed to cater to different learning styles by providing a variety of engaging multimedia content. Users can watch videos to visualize complex concepts, listen to audio narrations for auditory reinforcement, play interactive games for hands-on learning, and view vivid pictures and illustrations to enhance understanding. By offering these diverse content formats, the website ensures that users can engage with the material in ways that resonate with them personally, making learning about planets and the solar system more accessible and enjoyable. Personalized Learning Experience: The website allows users to take control of their learning journey by offering personalized learning paths. Users can select specific topics of interest or follow a structured curriculum, enabling them to focus on areas they find most intriguing or challenging. This customization ensures that users can learn at their own pace and according to their individual preferences, maximizing their comprehension and retention of the material. Regular Updates and Community Interaction: The website is committed to providing up-to-date information by regularly updating its content with the latest scientific discoveries and educational resources. Additionally, the website fosters a sense of community among users by incorporating features such as discussion forums and social media integration. These interactive elements enable users to engage with each other, ask questions, share insights, and collaborate on learning projects, creating a supportive and enriching learning environment that extends beyond the content provided on the website itself. https://sites.google.com/ moedl.edu.my/sces3243thesol arsystem/the-solarsystem
ANAND, M. (2018). AN INTRODUCTION TO THE SOLAR SYSTEM. CAMBRIDGE UNIVERSITY PRESS. APLIN, K. L., SCOTT, C. J., & GRAY, S. L. (2016). ATMOSPHERIC CHANGES FROM SOLAR ECLIPSES. PHILOSOPHICAL TRANSACTIONS OF THE ROYAL SOCIETY A: MATHEMATICAL, PHYSICAL AND ENGINEERING SCIENCES, 374(2077), 20150217. HTTPS://ROYALSOCIETYPUBLISHING.ORG/DOI/FULL/10.1098/RSTA.2015.0217 BENZ, A. O. (2017). FLARE OBSERVATIONS. LIVING REVIEWS IN SOLAR PHYSICS, 14, 1-59. HTTPS://LINK.SPRINGER.COM/ARTICLE/10.1007/S41116-016-0004-3 CRACKNELL, A. P., & VAROTSOS, C. A. (2007). EDITORIAL AND COVER: FIFTY YEARS AFTER THE FIRST ARTIFICIAL SATELLITE: FROM SPUTNIK 1 TO ENVISAT. INTERNATIONAL JOURNAL OF REMOTE SENSING, 28(10), 2071-2072. HTTPS://WWW.TANDFONLINE.COM/DOI/FULL/10.1080/01431160701347147 COCHRAN, A. L., LEVASSEUR-REGOURD, A. C., CORDINER, M., HADAMCIK, E., LASUE, J., GICQUEL, A., ... & KUAN, Y. J. (2015). THE COMPOSITION OF COMETS. SPACE SCIENCE REVIEWS, 197, 9-46. HTTPS://LINK.SPRINGER.COM/ARTICLE/10.1007/S11214-015-0183-6 GLASSMEIER, K. H., BOEHNHARDT, H., KOSCHNY, D., KÜHRT, E., & RICHTER, I. (2007). THE ROSETTA MISSION: FLYING TOWARDS THE ORIGIN OF THE SOLAR SYSTEM. SPACE SCIENCE REVIEWS, 128, 1-21. HTTPS://LINK.SPRINGER.COM/ARTICLE/10.1007/S11214-006-9140-8 GRADY, M. M., WRIGHT, I. P., ENGRAND, C., & SILJESTRÖM, S. (2018). THE ROSETTA MISSION AND THE CHEMISTRY OF ORGANIC SPECIES IN COMET 67P/CHURYUMOV–GERASIMENKO. ELEMENTS: AN INTERNATIONAL MAGAZINE OF MINERALOGY, GEOCHEMISTRY, AND PETROLOGY, 14(2), 95-100. HTTPS://PUBS.GEOSCIENCEWORLD.ORG/MSA/ELEMENTS/ARTICLE/14/2/95/530245/THE-ROSETTA-MISSION-AND-THE-CHEMISTRY-OF-ORGANIC HARMAN, A. (2015). SUN. THE ROSEN PUBLISHING GROUP, INC. KAIHO, K., & OSHIMA, N. (2017). SITE OF ASTEROID IMPACT CHANGED THE HISTORY OF LIFE ON EARTH: THE LOW PROBABILITY OF MASS EXTINCTION. SCIENTIFIC REPORTS, 7(1), 14855. HTTPS://WWW.NATURE.COM/ARTICLES/S41598-017-14199-X MARUMOTO, T., ZHANG, D., & SAYA, H. (2005). AURORA-A—A GUARDIAN OF POLES. NATURE REVIEWS CANCER, 5(1), 42-50. HTTPS://WWW.NATURE.COM/ARTICLES/NRC1526 MILANI, A., CELLINO, A., KNEŽEVIĆ, Z., NOVAKOVIĆ, B., SPOTO, F., & PAOLICCHI, P. (2014). ASTEROID FAMILIES CLASSIFICATION: EXPLOITING VERY LARGE DATASETS. ICARUS, 239, 46-73. HTTPS://WWW.SCIENCEDIRECT.COM/SCIENCE/ARTICLE/ABS/PII/S0019103514002929 MEYER-VERNET, N. (2007). BASICS OF THE SOLAR WIND. CAMBRIDGE UNIVERSITY PRESS. ORLANDO, E., & STRONG, A. W. (2008). GAMMA-RAY EMISSION FROM THE SOLAR HALO AND DISK: A STUDY WITH EGRET DATA. ASTRONOMY & ASTROPHYSICS, 480(3), 847-857. HTTPS://WWW.AANDA.ORG/ARTICLES/AA/ABS/2008/12/AA8817-07/AA8817-07.HTML PRAVEC, P., VOKROUHLICKÝ, D., POLISHOOK, D., SCHEERES, D. J., HARRIS, A. W., GALAD, A., ... & LEROY, A. (2010). FORMATION OF ASTEROID PAIRS BY ROTATIONAL FISSION. NATURE, 466(7310), 1085-1088. HTTPS://WWW.NATURE.COM/ARTICLES/NATURE09315 HERGARTEN, S., & KENKMANN, T. (2015). THE NUMBER OF IMPACT CRATERS ON EARTH: ANY ROOM FOR FURTHER DISCOVERIES?. EARTH AND PLANETARY SCIENCE LETTERS, 425, 187-192. HTTPS://WWW.SCIENCEDIRECT.COM/SCIENCE/ARTICLE/ABS/PII/S0012821X15003659 SOTER, S. (2006). WHAT IS A PLANET?. THE ASTRONOMICAL JOURNAL, 132(6), 2513. HTTPS://IOPSCIENCE.IOP.ORG/ARTICLE/10.1086/508861/META WEISBERG, M. K., MCCOY, T. J., & KROT, A. N. (2006). SYSTEMATICS AND EVALUATION OF METEORITE CLASSIFICATION. METEORITES AND THE EARLY SOLAR SYSTEM II, 19, 19-52. HTTPS://BOOKS.GOOGLE.COM.MY/BOOKS? HL=EN&LR=&ID=HHA8EAAAQBAJ&OI=FND&PG=PA19&DQ=METEORITE+TYPES&OTS=WMK-TLKOB3&SIG=CHM4RAU4LWL-9Q6GFH5W4HINIWK&REDIR_ESC=Y#V=ONEPAGE&Q=METEORITE%20TYPES&F=FALSE WEISSMAN, P. R., & LOWRY, S. C. (2008). STRUCTURE AND DENSITY OF COMETARY NUCLEI. METEORITICS & PLANETARY SCIENCE, 43(6), 1033-1047. HTTPS://ONLINELIBRARY.WILEY.COM/DOI/ABS/10.1111/J.1945-5100.2008.TB00691.X WEINTRAUB, D. A. (2007). IS PLUTO A PLANET? A HISTORICAL JOURNEY THROUGH THE SOLAR SYSTEM. PRINCETON UNIVERSITY PRESS. REFERENCES