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22.45 Check for updates O 61% Editorial Effective Strategies for Students with Emotional and Behavioral Disorders H HAMMILL INSTITUTE ON DISABILITIES Beyond Behavior 2021. Vol. 30(1) 3 Hammill Institute on Disabilities 2021 Artide reuse guidelines: sagepub.com/journals.permissions DOI: 10.1177/10742956211004242 journals.sagepub.com/home/bbx SSAGE Students with emotional and behavioral disorders (EBD) experience a combination of academic and social-emotional- behavioral deficits in comparison to their peers. This is why focusing on comprehensive support programs for students with EBD is a logical approach for school-based profession- als who work with this population. This first issue of Beyond Behavior's 30th volume encompasses six articles that pro- vide exceptional guidance for practitioners on a variety of topics that can have a positive impact on both their profes- sional actions and outcomes for students with EBD. Effective management of paraeducators is the focus of the first article, authored by Sarah Douglas and Denise Uitto. Described within is a collaborative four-stage model to ensure paraeducators are trained on the necessary knowl- edge and skills required to support students with challeng- ing behaviors and support specially designed programming. The model clarifies paraeducator responsibilities and defines training needs, creates training plans that align with adult learning principles, implements training using coach- ing with performance feedback, and documents paraeduca- tor performance. Intensification of special education programming efforts is central to the issue's second and third articles. Skip Kumm and Daniel Maggin provide an overview of goal- setting interventions that can be tailored to a myriad of dif- ferent student behavioral profiles and functions. The authors describe a goal-setting implementation process as well an intensification process when outcomes fail to meet expecta- tions. Their intensification process focuses on addressing treatment dosage, alignment, and comprehensiveness. The third article by Kary Zarate and Daniel Maggin shows how video modeling (VM) can be used as a powerful tool to sup- port skill acquisition and generalization for students with and without EBD. The authors offer an overview of VM's positive evidence base, reasons why VM is effective, and step-by-step guidance for VM implementation and intensi- fication that meets the needs of students with challenging behavior. The fourth article by Sanikan Wattanawongwan, S. D. Smith, and Kimberly Vannest focuses on guidance regard- ing how to improve social and emotional learning outcomes using cooperative group activities. Their implementation framework highlights the five instructional steps of plan- ning, introducing, monitoring, assessing, and processing. The authors also address skills generalization. In the fifth article, Ashli Tyre and Laura Feuerborn give professionals a host of suggestions for addressing staff per- ceptions that can interfere with successful implementation of positive behavioral interventions and supports (PBIS) frameworks. The authors coin problematic personnel per- ceptions as "misses." Their article identifies 10 common misses and then offers research- and/or practice-based sug- gestions to promote staff engagement, professional devel- opment, and support for implementation. The final article details the Council for Children with Behavioral Disorders' (CCRD) position statement on the use of physical restraint procedures in schools. In the posi- tion paper, Lee Kern, Sarup Mathur, and Reece Peterson outline the ethical and safety concems regarding the use of physical restraints with students and make recommenda- tions for best practice. The latter include (1) conducting a comprehensive screening to identify all students with edu- cational and/or mental health needs, (2) completing appro- priate assessments (e.g., FBA) for those suspected of having intensive needs, (3) implementing a continuum of research- or evidence-based interventions directed at identified needs, (4) intervening in such a way as to preserve personal dig- nity, and (5) ensuring parents and caregivers are partners and informed of school, district, and state policies pertain- ing to the use of restraint. Paul Mooney Louisiana State University, Baton Rouge, LA, USA Joseph B. Ryan Clemson University, Clemson, SC, USA = ||| U

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08.35 X - % docs.google.com ?: Vo 16,5 84 LTE K/S :D Berdasarkan infografis dan teks di bawah ini, maka pilihlah jawaban yang sesuai!* Proses Pembuatan Aluminium Bijah bauksit mengandung 50-60% AO, yang bercampur dengan zat-zat pengotor terutama FeO3 dan SiO2 Tahap Remumian bauksit dilakukan untuk menghilangkan pengotor utama dalam bauksit Pengotor utama bauksit biasanya terdiri dan Sio. FeO3, dan TiO₂. Caranya adalah dengan melarutkan bauksit dalam larutan natrium hidroksida (NaOH). Al2O+2NaOH+3H₂O 2NaA(OH) Aluminium okaida larut dalam NaOH sedangkan pengotomya tidak larut. Pengotor-pengotor dapat dipisahkan melalui proses penyaringan. Selanjutnya aluminium diendapkan dari filtratnya dengan cara mengalirkan gas CO; dan pengenceran 2NA(OH)+CO 2A(OH) NaCO3 + H₂O) Endapan aluminium hidroksida disaring dikeringkan lalu dipanaskan sehingga diperoleh aluminium oksida muni (Al2O1) 2A(OH) Al2O3 + 3H200 Tahap peleburan alumina dengan cara reduksi melalui proses elektrolisis menurut proses Hall-Herault Dalam proses Hall- Heroult aluminum oksida dilarutkan dalam lelehan kriolit (Na,A/F) dalam bejana baja berlapis grafit yang sekaligus berfungsi sebagai katodle Selaniutrva elektrolisis dilakukan pada saha 950°C. Sebagai anode digunakan batang grafit. Setelah diperoleh A60 murni. maka proses selanjutnya adalah elektrolisis laburan Al₂O). Pada elektrolisis ini Al-O, dicampur dengan CaF; dan 2-8 % kriolit (NajA(F) yang berfungsi untuk menurunkan titik lebur Al2O3 (titik lebur A60 mumi mencapai 2000°C), campuran tersebut akan melebur pada suhu antara 850-950°C. Anode dan katodenya terbuat dari grafit. Reaksi yang terjadi sebagai berikut Al2O)n Anode (+): 30 'in⋅ 2A€³+un+30 3/20₂+60- 2A3/20 Katode (-): 2A() +602A Reaks sel: 2A(+30) (sumber: https://finance.detik.com/infografis/d-5633872/begini-proses-pembuatan-aluminium-milik- induk-holding-bumn-tambang dan https://id.wikipedia.org/wiki/Aluminium) Penambahan kriolit pada pengolahan logam aluminium dengan proses Hall-Heroult berfungsi untuk menurunkan titik lebur alumina. Pada proses elektrolisis alumina, menggunakan katoda dan anoda grafit. Pada proses pengolahan logam aluminium dari bauksit, logam aluminium yang dihasilkan sebanyak 25% dari bahan baku bauksit. Pada proses penghilangan kotoran pada bauksit dengan cara dengan melarutkan bauksit dalam larutan natrium hidroksida (NaOH) terjadi reaksi redoks Perhatikan data berikut! * Benar Salah O O O (2) No. Kation Anion (1) Na* K+ Rumus Kimia NO SO² (3) Mg2+ PO³ Na,NO K-SO Mg:(PO); Nama Senyawa Natrium Nitrat Kalium Sulfat Magnesium Fosfat (Þ) A{3+ CO, Fel SO Al₂(CO₂), FeSO Alumunium Karbonat Besi Sulfat (5) Berdasarkan data tersebut, pasangan data yang berhubungan secara tepat adalah.... ☐ ☐ ☐ ☐ ☐ (4) (5) Perhatikan teks dan infografis berikut ini. * |||

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