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The formula applied is: PV = nRT

The formula applied is: PV = nRT

The formula applied is: PV = nRT

In this activity, you will identify changes and properties of matter.

Perform the corresponding calculations for the following concentration problems and choose the correct result.

In this activity you will review the topic of polymers

Please match the ending of the name according to the functional groups.

Balance the chemical equations

Functional, chain, and position isomerism.

Relationship between structures and boiling point.

Basic concepts of quantum mechanics, quantum numbers, exercises of complete electron configuration and with Kernel in neutral elements and in ions

Watch the video attentively. During the video you will need to answer a series of questions.

Watch the video attentively. During the video you will need to answer a series of questions.

Watch the video attentively. During the video you will need to answer a series of questions.

In this activity you will review the topic of polymers

Sigue el tutorial, resuelve las pregunta relacionadas de práctica, copia la serie y contesta lo que se te pide.

Revisa el video, copia la serie en tu cuaderno, contéstala tras los ejemplos y contesta las preguntas relacionadas que se te piden.

Select a reactant in the left column (molecules with reaction arrow), then select in the right column the product that results from the chosen reaction - Hydration of alkenes - Dehydration of alkene...

Select a reactant in the left column (molecules with reaction arrow), then select in the right column the product that results from the chosen reaction - Halogenation of alkanes - Hydrogenation of a...

In this activity you must select the correct name for the following molecules.

Please match the ending of the name according to the functional groups.

Relationship between structures and boiling point.

Functional, chain, and position isomerism.

Identify alkyl groups in semi-developed and line angle formulas.

Identify alkyl groups in a semi-developed formula

Identification of alkyl groups in a molecule.

IIdentify the longest and most branched chain of carbon atoms

Identify the functional groups present in the molecules.

Identification of Functional Groups in Organic Chemistry

Balance the chemical equations

Combustions where the chemical equation is balanced and the types of combustion is identified.

Let's practice the types of hybridization that carbons in this molecules have, as well as the types of C.

Identify the characteristics of the steps of the scientific method

Identificar las características de los pasos del método científico

Identify the functional groups present in the molecules.

IIdentify the longest and most branched chain of carbon atoms

Identify the type of substance according to its pH value by writing the word ACID, BASE, NEUTRAL

In this activity, we will remember the different theories about acids and bases as well as their characteristics, pay attention to the video and answer the questions.

Name and write chemical formulas of binary and ternary inorganic compounds

Name ternary compounds and write their formulas according to IUPAC guidelines

Name and write chemical formulas of binary compounds

Identify types of inorganic compounds in binary and ternary salts, metallic and non-metallic oxides, hydracids and oxyacids, hydrides and hydroxides

Basic concepts of quantum mechanics, quantum numbers, exercises of complete electron configuration and with Kernel in neutral elements and in ions

Calculate the atomic subparticles: p +, n ° and e- , in neutral atoms and in ions and complete the table.

Find the main characteristics of the atomic subparticles, as well as the atomic models, by clicking on the corresponding card according to the indicated group

Identifica el tipo de sustancia según su valor de pH escribiendo la palabra ACIDO, BASE, NEUTRO

Calcular las subpartículas atómicas p+, n° y e- en átomos neutros y en iones

En esta actividad, recordaremos las diferentes teorías sobre ácidos y bases así como sus características

Nombrar y escribir fórmulas químicas de compuestos binarios y ternarios

Nombrar compuestos ternarios y escribir sus fórmulas de acuerdo a los lineamientos de la IUPAC

Identificar tipos de compuestos inorgánicos en sales binarias y ternarias, óxidos metálicos y no metálicos, hidrácidos y oxiácidos, hidruros e hidróxidos

Nombrar y escribir fórmulas químicas de compuestos binarios

Conceptos básicos de mecánica cuántica, números cuánticos, ejercicios de configuración electrónica completa y con Kernel en elementos neutros y en iones

Encontrar las características principales de las subpartículas atómicas, así como de los modelos atómicos.