Pengembangan Buku Penunjang Materi Kuliah Apresiasi Cerpen untuk Penanaman Nilai Karakter Mahasiswa Pbsi

This study was aimed to produce complement book material for short stories appreciation course that satisfied some aspects in the term of content, presentation, linguistic and display as well as (2) to describe the effectiveness result of the complement book of short stories appreciation course based on the field trials. The developing model used in this study was adapting the research model of Research and Development (R&D) by Borg and Gall. The product was validated by experts; short stories expert, short stories appreciation expert, and material design expert. The result of the product validation, then, divided into four aspects, such as content, presentation, linguistic, and display. Based on the validation, it showed that the product was accepted well by the students. It can be seen from the mean of the posttest, 70. So it can be concluded that the product was effective and can be applied in the teaching learning activity.Penelitian ini bertujuan untuk menghasilkan produk berupa buku penunjang materi kuliah apresiasi cerpen yang memenuhi aspek kelayakan isi, penyajian, kebahasaan, dan tampilan serta mendeskripsikan hasil uji keefektifan buku penunjang materi kuliah apresiasi cerpen berdasarkan hasil uji coba di lapangan. Model pengembangan yang digunakan dalam penelitian ini mengadaptasi model R & D (Borg dan Gall). Produk yang telah dikembangkan, divalidasi oleh ahli, yang meliputi ahli cerpen, ahli pembelajaran apresiasi cerpen, dan ahli desain bahan ajar. Aspek yang divalidasi, yaitu isi, penyajian, kebahasaan, dan tampilan. Hasil uji keefektifan produk ini dapat diterima dengan baik oleh mahasiswa. Hal tersebut dapat dilihat pada rata-rata hasil postes mahasiswa sebesar 70 bila dibandingkan dengan rata-rata hasil pretes mahasiswa sebesar 37,81. Dengan demikian, produk yang telah dikembangkan dapat dikatakan efektif dan dapat diimplementasikan dalam pembelajaran

Analisis Titik Impas USAhatani Jamur Tiram (Pleurotus Ostreatus)

Penelitian ini bertujuan untuk mengetahui: (1) Besarnya biaya, penerimaan dan pendapatan dari USAhatani jamur tiram (Pleurotus ostreatus) per satu musim tanam di Kelurahan Pataruman Kecamatan Pataruman Kota Banjar; dan (2) Besarnya titik impas USAhatani jamur tiram (Pleurotus ostreatus) per satu musim tanam di Kelurahan Pataruman Kecamatan Pataruman Kota Banjar. Jenis penelitian yang digunakan dalam penelitian ini adalah studi kasus pada petani jamur tiram di Kelurahan Pataruman Kecamatan Pataruman Kota Banjar. Pengambilan sampel dilakukan dengan sensus, dan analisis data menggunakan analisis biaya, penerimaan, pendapatan dan titik impas/Break Even Point (BEP). Hasil penelitian menunjukkan bahwa: Besarnya biaya yang dikeluarkan (biaya tetap dan biaya variabel) dari USAhatani jamur tiram per satu musim tanam di Kelurahan Pataruman Kecamatan Pataruman Kota Banjar adalah rata-rata sebesar Rp. 10.659.363,83. Rata-rata produksi USAhatani jamur tiram yang dicapai oleh responden sebanyak 1.337 kilogram per satu musim tanam. Adapun harga jual jamur tiram berkisar rata-rata Rp. 9.800,00 per kilogram. Maka penerimaan rata-rata sebesar Rp. 13.123.500,00 per musim tanam, sehingga pendapatan rata-rata sebesar Rp. 2.464.136,17 per musim tanam. Besar BEP pada USAhatani jamur tiram di Kelurahan Pataruman, Kecamatan Pataruman Kota Banjar yaitu BEPnp sebesar Rp. 6.221.485,58 dan BEPvp 634,85 kilogram dengan BEPh sebesar Rp. 7.972,60 per kilogram sedangkan BEPLL 88,19 m2 agar USAhatani jamur tiram yang dijalankan tidak untung dan tidak rugi dalam satu musim tanam

Penyediaan Energi Listrik Berbasis Perbedaan Salinitas Dengan Menggunakan Teknologi Reverse Electrodialysis

Since the formation of the Kyoto's Protocol and is based on reports of the Intergovernmental Panel on Climate Change (IPCC) about the capture and storage of carbon dioxide gas in order to reduce the rate of climate change, there is a continual effort that oriented to the handling of CO2 emissions into the atmosphere, Although Indonesia has never been obligated to reduce its emissions, but this policy will have a big impact on Indonesia, especially in the energy sector. Until now, oil is still the main source of energy in fulfilling energy needs within the country. The role of a very large petroleum will continue, while the dwindling petroleum reserves.Recognizing the dependence on fossil fuels, there should be an effort to press the growth of the use of fuel oil . Nowadays, it has developed an alternative energy known as the Salinity Gradient Energy (SGE). Sanility Gradient Energy has great potential for use as an alternative energy especially in Indonesia, which is the state waters. This research is aimed for study the effect of the concentration of concentrated NaCl solution, dilute NaCl solution flow rate, feed of seawater synthesis and real sea water in generated of power density. This research started inmaking a concentrated NaCl solution with various concentrations of as much as 2 l and a dilute NaCl solution with a concentration of 1 g/l as much as 2 l. Continued with the second turning on the pump diaphragm for both types of feed solution flow into the channels contained in a series of tools. After a few moments appliance operates, the change of output voltage (V) and electric current (A) can be measured using a multitester, this measurement conducted every 20 seconds interval. and then repeat the same steps for each of the variables that have been defined.From this research was found that increase in feed flow rate, then the resulting power density is greater, because of the increased flow rate causes the rate of movement of ions to the electrode increases. on increasing of the concentrated NaCl solution, the resulting power density is greater, because of the increased concentration difference causes an increase in the chemical potential. And for sample nearly the same concentration (30 g/l), the resulting power density of sea water is greater than the synthesis of real sea water, because the value of electrolytes activation synthesis of sea water is greater than the real sea water. It can be concluded that the increase in flow rate and concentration, can increase the generated of power density