CHEM 103 MODULE 3 (CHEM103)

Master your chemistry fundamentals with this verified Module 3 study guide covering chemical nomenclature, molecular weight, and mole conversions. This document delivers clear, step-by-step solutions for naming ionic or covalent compounds and solving complex mass-to-particle math via Avogadro’s number. Perfect for verifying your practice material and ensuring success on your Portage Learning portal.

5.0

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17 pages

Written in 2025/2026

Grade A+

CornelWest

CHEM 103 MODULE 3 EXAM 2022 Click this link to access the Periodic Table. This may be helpful throughout the exam. A reaction between HCl and NaOH is being studied in a styrofoam coffee cup with NO lid and the heat given off is measured by means of a thermometer immersed in the reaction mixture. Enter the correct thermochemistry term to describe the item listed. 1. The type of thermochemical process 2. The amount of heat released in the reaction of HCl with NaOH 1. Heat given off = Exo...

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6 pages

Written in 2022/2023

Grade A+

NURSEREP

Master your chemistry fundamentals with this verified Module 3 study guide covering chemical nomenclature, molecular weight, and mole conversions. This document delivers clear, step-by-step solutions for naming ionic or covalent compounds and solving complex mass-to-particle math via Avogadro’s number. Perfect for verifying your practice material and ensuring success on your Portage Learning portal.

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142 pages

Written in 2026/2027

Grade A+

PROFEXAMINAR

Master your chemistry fundamentals with this verified Module 3 study guide covering chemical nomenclature, molecular weight, and mole conversions. This document delivers clear, step-by-step solutions for naming ionic or covalent compounds and solving complex mass-to-particle math via Avogadro’s number. Perfect for verifying your practice material and ensuring success on your Portage Learning portal.

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16 pages

Written in 2025/2026

Grade A+

CornelWest

Portage Learning Chem 103 Module 3 Exam 2022

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6 pages

Written in 2023/2024

Grade A+

10SALES

Show the calculation of the amount of heat involved if 35.6 g of H2S is reacted with excess O2 to yield sulfur dioxide and water by the following reaction equation. Report your answer to 4 significant figures. 2 H2S (g) + 3 O2 (g) → 2 SO2 (g) + 2 H2O (g) ΔH = - 1124 kJ Your Answer: 1) 1 mol H2S = 34.1 g of H2S = 603.2 KJ (35.6 g / 34.1 g) * -603.2 KJ = (1.0439) * (-603.2 KJ) = -629.7 2H2S (g) + 3 O2 (g) --> 2 SO2 (g) + 2 H2O (g) H = -1124 KJ reaction uses 35.6 g of H2S = 35.6 /...

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11 pages

Written in 2023/2024

Grade A+

STUDYROOM2026