Rahmah Muyassaroh

This course explain about stoichiometry, a calculation used in a chemical reaction. Stoichiometry is basic chemistry which has to be understood in order to mastered chemistry. This course was designed to help the young Indonesians to be more prepared for the upcoming SBMPTN. This course explains stoichiometry in a way that it is easily understood by audience.

Materi ini mengeksplorasi dan mengembangkan kunci keterampilan analitis siswa untuk UTBK (SBMPTN), UAS, dan UNBK. Platform kami memiliki semua silabus dari pendidik terbaik di negeri ini

Ujian Tulis Berbasis Komputer

Ujian Tulis Berbasis Komputer (SBMPTN)

English

Stoichiometry for SBMPTN; Chemistry in Science and Technology Topic

Personal Development

Stoikiometri

TKA - Saintek - Kimia

Indonesia

Persiapan tes Ujian Tulis Berbasis Komputer (SBMPTN)

The overview of the course. In this lesson I disclosed the course objectives ( what are the skills that we hope we can achieve when we finished the course), the target audience (who will be impacted the most by this course), and the overview of our lessons for this course (the title and slight explanation of what we're going to learn in the next 6 lessons)

Overview

The first lesson about stoichiometry. In this lesson we will learn about the meaning of stoichiometry, and wat do we need to do to solve stoichiometry problems. In this lesson I strongly suggest the audience to master the molar mass, atom mass, and cross multiplying and dividing.

Lesson 1: What is Stoichiometry?

This lesson explains about molar ratios. Molar ratios is the first step that needs to be mastered in order to easily solve stoichiometric problems. Molar ratios are defined by the coefficient of balanced equations. So, it is essential that the students balance the equations first. Balancing equations is also explained in this lesson.

Lesson 2 Molar Ratios

In the 3rd lesson of this course we will talk about stoichiometry problems where moles of substances are given and asked. This is the the simplest problem of stoichiometry problems. Using our understanding in molar ratio, we can solve the problem of mole-mole problems easily.

Lesson 3: Mole-mole problems

The fourth lesson of this course which explain how to solve stoichiometry problems where moles and mass are given or asked. There are 2 examples in this lesson and also several problems as a practice for the audience. This course is needed to be understood if the student wants to master stoichiometry.

Lesson 4: Mole and Mass Problems

In this lesson we discussed the solution to mass-mass stoichiometry problems. We have to master molar ratio, conversion of moles to gram and vice versa. Make sure you understand the previous lesson before starting this one. This lesson aims to help students to tackle stoichiometry problems.

Lesson 5 Mass Problems

The last and final lesson of Stoichiometry for SBMPTN: Chemistry in Science and Technology Topic. In this lesson we will discuss about limiting reagents. We will use our knowledge from previous lessons to solve stoichiometric problems especially the limiting reagents problems. Hopefully this course can help the audience to understand Stoichiometry better and to be able to tackle SBMPTN. Thank you.

Lesson 6 Limiting Reagents

Restu Adinda Putri

Tentang laju reaksi, faktor yang mempengaruhi dan contoh soal tentang laju reaksi.

Laju Reaksi (Kimia SMA, UN, SBMPTN)

I'm chemistry educator @ Unacademy Indonesia
I'm master student of chemistry in ITB
l'm doing a research in organic synthesis

Sholekhah Arviyanti

hukum dasar kimia, konsep mol, dan perhitungan kimia. Selain itu, course ini dilengkapi dengan latihan soal SBMPTN yang berkaitan dengan hukum dasar dan perhitungan kimia

Hukum Dasar dan Perhitungan Kimia

CEO and founder of  BimbelSMARRT.
http://www.youtube.com/c/bimbelsmarrt

https://play.google.com/store/apps/details?id=com.bedigital.smarrt

Riky Riandie

perhitungan kimia sederhana meliputi massa, jumlah partikel, volume dan molaritas

Stoikiometri Kimia ( SMA / SBMPTN )

Course ini berisi pembahasan latihan soal Kimia UTBK SBMPTN yang berkaitan dengan stoikiometri reaksi meliputi hukum dasar kimia, konsep mol, dan perhitungan kimia agar siswa lebih siap untuk menghadapi UTBK SBMPTN.

Trik dan Cara Cepat Menyelesaikan Soal Kimia UTBK SBMPTN: Stoikiometri Reaksi

Muhammad Fauzan Al Ghifary

Di bab Hukum Dasar Kimia ini akan dibahas 5 hukum dasar yang bakal jadi penunjang buat bab selanjutnya, yaitu bab Stoikiometri.

Hukum Dasar Kimia

Course ini berisi penjelasan tentang tatanama senyawa anorganik dan persamaan reaksi, meliputi memberi nama dan menuliskan rumus kimia dari senyawa biner ionik, kovalen, dan berbiloks lebih dari satu, serta senyawa asam dan basa; langkah-langkah menyetarakan persamaan reaksi.

Lessons

7 lessons • 1h 2m

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Overview

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Lesson 1: What is Stoichiometry?

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Lesson 2 Molar Ratios

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Lesson 3: Mole-mole problems

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Lesson 4: Mole and Mass Problems

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Lesson 5 Mass Problems

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Lesson 6 Limiting Reagents