1,721,701 research outputs found
Tinta murrabi: Sharifah Fadylawaty Syed Abdullah
Edisi kedua e buletin ACIS kali ini rangkuman sorotan perkongsian artikel tinta murabbi hasil penulisan daripada Ustazah Sharifah Fadylawaty Syed Abdullah bertajuk "Memateri bacaan al Waqiah setiap malam dan "Sedekah bukti keimanan manusia
Tinta murabbi: Sharifah Fadylawaty Syed Abdullah
E Buletin ACIS edisi ketiga merangkumkan sorotan perkongsian artikel tinta murabbi hasil penulisan daripada Ustazah Sharifah Fadylawaty Syed Abdullah bertajuk "Menggapai ibrah di sebalik Surah Ar-Rahman" dan "Tangkis godaan nafsu makan bulan Syawal"
Slot TV/radio: Ustazah Sharifah Fadylawaty Syed Abdullah, 15 Mei 2021
E buletin ACIS edisi ketiga merangkumkan sorotan Slot TV/ Radio TV1 Berita Jam 1 dan Jam 8 "Bersempena Hari Keluarga Negara" pada 15 Mei 2021 yang disampaikan oleh Ustazah Sharifah Fadylawaty Syed Abdullah
Coastal geomorphology of Port Dickinson and Desura Malaysia and its implications for coastal zone management
The thesis opens with a discussion of current trends in applied coastal geomorphology, and an introduction to the Malaysian experience in coastal planning and management. For non-geomorphological readers, a brief background description of the processes, materials and form of the coastal system is provided. This is followed by a perspective of world and regional trends of coastal change, and a literature survey related specifically to the coast of Peninsular Malaysia. A description of research project design and technique (concentrating on its reconnaissance nature) is also given in this section. The second part of the thesis gives the results of a coastal case I study at Desaru in the extreme south-east of the peninsula. The physical and cultural background of Desaru is dealt with briefly to provide a management context before embarking on the five types of management relevant geomorphological data analysis used. The first analytical category concerns sediment particle size statistics which give a good indication of the processes operating on the coast. The statistical analysis of process and environmental variables gives significant results on process inter-relationships, and is a good tool for identifying coastal pattern and for providing a basis for land-use development or hazard zoning. The beach profile analysis gives an overall picture of morphological changes during the South-West Monsoon and North-East Monsoon. Wave refraction analysis is used to estimate the distribution of the wave energy along the Desaru coast, and to use this as an explanatory variable. Finally, the zeta-form bay analysis suggests that Desaru Day does not at present comply with Silvester's concept of stability - a situation with significant management implications.The third part of the thesis presents the results of the contrasting case study on Port Dickson on the west coast. The physical and cultural background of this area is described, and is followed by the results from the four types of data analysis felt to be most appropriate here. Both the sediment size statistics analysis and the statistical analysis of processes and environmental variables give relatively little indication of the controls of the coastal system compared with the much closer relationships found at Desaru. However, the beach profile analysis gives a good basis for distinguishing the ridge and runnel profiles from the non ridge and runnel zone. Reasons for this distinction are discussed. The analysis of offshore sea-bed bathymetric changes indicates an historical pattern of evolution, and also prompts consideration of its influence on the Port Dickson foreshore in both geomorphological and management terms. The final part of the thesis considers general conclusion and offers an overall comparison of the results from the two case-study areas. It also provides guidelines for future research. Some potentially fruitful implications for Malaysian coastal management and planning are proposed on the basis of the foregoing investigation.</p
Program kemas santai / Sharifah Sarimah Syed Abdullah
Program ini diadakan bertunjangkan tiga objektif utama iaitu mewujudkan kawasan tempat kerja yang lebih bersih, ceria dan harmonis. Keduanya, memupuk semangat kekitaan dan sikap bertanggungjawab staf jskm dalam menjadikan kawasan tempat kerja selesa dan kondusif
Anugerah terindah / Sharifah Sarimah Syed Abdullah
Anugerah terindah
Senyumanmu sentiasa menjadi penawar lara
Terkesima melihatmu saat tersenyum kepadaku
Kini ku mengerti rasa gembira, bahagia dan duka.
Kadangkala suatu ketika
Perasaan marah yang tidak terhingga
Perasaan sedih yang tidak terhingga
Perasaan bahagia yang tidak terhingg
Tentang kamu / Sharifah Sarimah Syed Abdullah
Fikirkan mengenai ini
Kamu mampu mengharungi segalanya
Ini kerana
Walau gelora melanda
Walau ombak membadai
Yang telah membuatkan kamu rasa kesedihan dan
kehilangan
Walaupun semuanya mencetuskan huru hara
Yang mana terpaksa ditanggung oleh kamu
Ketahuilah oleh kamu
Kamu masih disini
Bersyukurlah kepada Allah swt
Kerna kamu masih bertahan dan bernafas
Tempat bersejarah di Malaysia / Sharifah Sarimah Syed Abdullah
Di Malaysia, banyak tempat dan bangunan bersejarah yang masih kukuh dan sering menarik perhatian para pelancong tempatan mahupun pelawat dari negara luar. Tempat dan bangunan bersejarah ini perlu dikekalkan supaya ‘tak lapuk dek hujan, tak lekang dek panas’ untuk menjadi tatapan generasi yang akan datang
Design and fabrication of a mechanical grass cutter / Syed Abdullah Syed Hasan
The development of a lawn cutter that runs without fuel or power is a development in the realm of gardening and landscaping. Gardeners can use this grass cutter to trim the grass on their lawns or even in remote areas without access to electricity. The use of fuel-powered grass cutter has negative environmental and economic impacts. In addition, the noise pollution caused by these machines can be a nuisance to communities. There is a need for a grass cutter that runs without fuel or electricity sources to mitigate these issues. The goal of this project is to design and build a grass cutter that does not need fuel or electricity. The project's goal is to create a prototype lawn cutter using SolidWorks. Through the utilisation of created torque, the cutting head mechanism functions flawlessly. To cut grass efficiently, the setup rotates the shaft using a variety of wheel arrangements. This method guarantees a more orderly and silent grass-cutting procedure. Wide-ranging advantages are anticipated from this discovery, such as a decrease in noise and air pollution and the maintenance expenses associated with conventional lawn mowers. The goal is to create a working prototype of an energy-efficient grass cutter that can effectively replace the current generation of lawn mowers that run on petrol
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