PERENCANAAN PROGRAM SIARAN DAKWAH DI STASIUN RADIO HIDAYAH 103.4 FM PEKANBARU

Dengan banyaknya bermunculan berbagai jenis program siaran dakwah di berbagai radio, terutama program siaran dakwah yang ditawarkan Radio Hidayah 103.4 FM Pekanbaru tingginya rasa ingin tahu masyarakat terhadap suatu permasalahan didalam agama Islam. Karena itu penulis melaksanakan penelitian perencanaan program siaran dakwah di stasiun Radio Hidayah dengan penerapan salah satu teori manajemen yakni perencanaan. Metode pengumpulan data yang dilakukan adalah wawancara dengan kepala penyiar Radio Hidayah sebagai penanggung jawab alur program siaran dokumentasi dan juga observasi langsung ke studio Hidayah lalu mengolahnya menjadi data deskriptif kualitatif. Berdasarkan hasil peneitian yang dilakukan didapatkan bahwa didalam perencanaan program atau pembuatan program yang baru yang oleh Radio Hidayah telah menerapkan teori manajemen yakni perencanaan Kata kunci : perencanaan program, siaran dakwah, menggunakan fungsi manajemen penyiaran Perencanaan

Usaha Guru Tahsin Untuk Meningkatkan Bacaan Al-Qur’an Orang Dewasa Di Majelis Tahsin Abdurrahman Bin Auf Perawang

Abstrak: Guru tahsin ialah seseorang yang memberilmu dan mempunyai kapasitas serta kredibilitas dalam menyampaikan hukum-hukum tajwid tentang bacaan Al-Qur’an seperti orang dewasa membaca Al-Qur’an dengan makhrojul huruf dan sesuai tajwid. Penelitian ini dilaksanakan pada majelis tahsin Abdurrahman bin auf Perawang, Kabupaten Siak yang merupakan cabang dari majelis tahsin Abdurrahman bin auf Pekanbaru. Metode yang digunakan pada penelitian ini adalah kualitatif deskriptif. Dari hasil penelitian ini didapatkan : 1. Usaha guru tahsin diantaranya dikelompokkan sesuai dengan kemampuannya, memberikan motivasi tentang keutamaan membaca Al-Qur’an, memiliki panduan dalam mengajar, memberikan ilmu tajwid secara bertahap, menggunakan media pembelajaran, memberikan apresiasi setiap perkembangan peserta, guru seharusnya berilmu dan memiliki pemahaman ilmu tajwid yang mendalam, sabar dalam mengajar dan melakukan evaluasi pembelajaran.  2. Faktor pendukung diantaranya keinginan dalam diri peserta supaya lebih baik dalam membaca Al-Qur’an, adanya kelompok belajar, adanya waktu luang, adanya guru yang berilmu, sarana prasarana yang mendukung dan tidak dipungut biaya. 3. Faktor penghambat diantaranya rasa malas peserta, pekerjaan, jarak ketempat belajar, kekurangan pada fisik peserta, rasa puas terhadap ilmu yang dimiliki. 4. Solusi yang dilakukan diantaranya motivasi kepada peserta pentingnya ilmu tajwid dan jangan cepat puas terhadap ilmu, memilih waktu yang lapang bagi seorang pekerja, meminta peserta untuk saling tolong menolong dalam kebersamaan belajar.   Abstract:  A tahsin teacher is someone who gives knowledge and has the capacity and credibility in conveying tajwid laws regarding recitation of the Qur’an like adults reading the Qur’an with letters and according to recitation. This research was conducted at the Abdurrahman Bin Auf Perawang tahsin assembly, siak regency which is a branch of the Abdurrahaman Bin Auf tahsin assembly in Pekanbaru. The method used in this research is descriptive qualitative. From the result of this study, it was found: 1. The efforts of tahsin teachers are grouped according to their abilities, provide motivation about the virtues of reading the Qur’an, have guidelines in teaching, provide tajwid knowledge in stages, use learning media, give appreciation for each participant’s development, teacher should be knowledgeable and have a deep understanding of tajwid, be patient in teaching and evaluating learning. 2. Supporting factors include the desire in the participants to be better at reading the Qur’an, the existence of study groups, the availability of free time, the presence of knowledgeable teachers, supporting infrastructure and free of changer. 3. Inhibiting factors include participants laziness, work, distance to the place of study, participants physical deficiencies, satisfaction with the knowledge they have. 4. The solutions include motivating participants about the importance of tajwid and not being easily satisfied with knowledge, choosing free time for a worker, asking participants to help each other in learning together

Development of mini scale compressed air energy storage system

Nowadays, we know about the problem of decreasing the source of natural gas fuel, makes the higher fuel cost for Gas Turbine power plant usage. Because of that, the new technology called the Compressed Air Energy Storage system is created. The main concept of this system is use otT-peak power to pressurize air into an underground reservoir, which is then released during peak daytime hour to power Gas Turbine for power production. This project is to design in small scale system where it can use otT-peak electricity to switch on the air compressor to compressed air. Then the compressed air produced will store in high pressure cylinder tank replace the airtight underground caverns. When the air is released from the high pressure tank, the air expands through a micro-turbine which connected single shaft with generator rotor. Then the micro turbine run and rotate generator rotor that convert mechanical energy to electrical energy. Output voltage then will convert from dc to ac voltag

Synthetic turbulence generation for LES on unstructured Cartesian grids

A parallel CFD code to solve incompressible fluid flow on unstructured Cartesian meshes has been developed almost from ground up. Turbulence statistics have been computed using the Large Eddy Simulation technique. The new code was subjected to some validation where results are compared to available reference data. An analysis on the iteration and discretisation errors was carried out. This code was then applied to predict the lid driven cubical cavity flow in at a bulk Reynolds number of 10,000. Three different mesh sizes were used to investigate independence of results on grid size. Amongst others, turbulence statistics were checked against Kolmogorov -5/3 law. A detailed study of synthetic turbulence methods was carried out and applied to the prediction of flow in a duct with square cross section using an inlet and outflow boundaries. Three different turbulence generation methods were investigated namely the artificial turbulence generation method, random perturbation method and a novel hybrid particle-wave method also termed as the enhanced vortex particle method in this study. The mean and instantaneous field variables together with the turbulence statistics from each method were compared and analysed. Finally, the code was used to solve turbulent flow over arrays of wall-mounted obstacles with mesh densities comparable to previous studies. The velocity profiles and vector fields at various locations in the domain were compared to data obtained from recent LES simulations. The artificial turbulence generation case was applied for the first time to produce turbulence at the inlet. The turbulence kinetic energy spectrum distribution agrees well with reference data. Important findings from this study are clarified and some suggestions for future work are given in the conclusions section.EThOS - Electronic Theses Online ServiceGBUnited Kingdo

HUBUNGAN KECERDASAN INTELEKTUAL TERHADAP HASIL BELAJAR PSIKOLOGI PENDIDIKAN

Penelitian ini bertujuan untuk mengkaji hubungan antara kecerdasan intelektual dengan hasil belajar dalam konteks psikologi pendidikan. Kecerdasan intelektual merupakan faktor penting dalam proses pembelajaran yang dapat mempengaruhi prestasi akademik individu. Dalam konteks psikologi pendidikan, pemahaman yang mendalam tentang hubungan ini dapat memberikan wawasan yang berharga bagi pendidik dan praktisi pendidikan dalam mengoptimalkan pembelajaran. Penelitian ini menggunakan metode deskriptif-korelasional untuk menjelaskan hubungan antara kecerdasan intelektual dan hasil belajar. Sampel penelitian terdiri dari siswa-siswa dari berbagai tingkatan pendidikan, seperti sekolah dasar, sekolah menengah pertama, dan sekolah menengah atas. Data kecerdasan intelektual diperoleh melalui tes kecerdasan standar yang terakreditasi, sedangkan data hasil belajar diperoleh dari catatan nilai siswa. Hasil penelitian menunjukkan adanya hubungan positif antara kecerdasan intelektual dan hasil belajar dalam psikologi pendidikan. Siswa yang memiliki tingkat kecerdasan intelektual yang lebih tinggi cenderung mencapai hasil belajar yang lebih baik dibandingkan dengan siswa yang memiliki tingkat kecerdasan intelektual yang lebih rendah. Kecerdasan intelektual, yang mencakup kemampuan verbal, numerik, spasial, dan keterampilan berpikir tingkat tinggi, memberikan dasar yang kuat bagi siswa dalam memahami dan mengaplikasikan konsep-konsep yang diajarkan dalam konteks pembelajaran

Changes in contrast sensitivity in young adults with diabetes

Background: This study compared contrast sensitivity and visual acuity of young adults with diabetes to that of controls and attempted to identify predictors of dry eye symptoms in patients with diabetes. Methods: This cross-sectional study, which included 37 patients with diabetes and 37 controls, was conducted in the Optometry Clinic of Kulliyyah Allied Health Science. All participants were aged between 19 and 39 years. Inclusion criteria were a diagnosis of diabetes without any evidence of ocular disease, abnormalities in colour vision or media opacity. Results: The contrast sensitivity significantly differed between patients and controls (p = 0.045). A multiple regression analysis showed that contrast sensitivity was a significant predictor of ocular symptoms in patients with diabetes, and this was statistically significant (p = 0.002). Conclusions: Contrast sensitivity may be affected during early ocular changes among young adults with diabetes. It may also predict the occurrence of dry eye symptoms in such patients

A CFD study of turbulent heat transfer and fluid flow through the channel with semicircle rib

In the present paper turbulent heat transfer and fluid flow through the channel with semicircle ribs numerically studied. The SST k-ω turbulence Model with finite volume method was employed in simulation. The adopted boundary condition considered step heights of ribs varied from 2.5mm to 10mm with pitch ratio different from 2.5 to 40 and flow Reynolds number between 10000 to 25000 at constant surface temperature. The computational results showed recirculation region after each ribs which effect on performance of heat transfer rate. Increase of Reynolds number and number of ribs leads to increase in heat transfer coefficient. Step height and pitch ratio of ribs increase local heat transfer coefficient along the channel. This simulation has been done by ANSYS 14 FLUENT

Synthetic Turbulence Generation for LES on Unstructured Cartesian Grids

A parallel CFD code to solve incompressible fluid flow on unstructured Cartesian meshes has been developed almost from ground up. Turbulence statistics have been computed using the Large Eddy Simulation technique. The new code was subjected to some validation where results are compared to available reference data. An analysis on the iteration and discretisation errors was carried out. This code was then applied to predict the lid driven cubical cavity flow in at a bulk Reynolds number of 10,000. Three different mesh sizes were used to investigate independence of results on grid size. Amongst others, turbulence statistics were checked against Kolmogorov -5/3 law. A detailed study of synthetic turbulence methods was carried out and applied to the prediction of flow in a duct with square cross section using an inlet and outflow boundaries. Three different turbulence generation methods were investigated namely the artificial turbulence generation method, random perturbation method and a novel hybrid particle-wave method also termed as the enhanced vortex particle method in this study. The mean and instantaneous field variables together with the turbulence statistics from each method were compared and analysed. Finally, the code was used to solve turbulent flow over arrays of wall-mounted obstacles with mesh densities comparable to previous studies. The velocity profiles and vector fields at various locations in the domain were compared to data obtained from recent LES simulations. The artificial turbulence generation case was applied for the first time to produce turbulence at the inlet. The turbulence kinetic energy spectrum distribution agrees well with reference data. Important findings from this study are clarified and some suggestions for future work are given in the conclusions section