PreparED Study Materials

Schools / UAB / Chemistry / CHEM 105

CHEM 105: Introduction to Chemistry I

School: University of Alabama at Birmingham

Number of Notes and Study Guides Available: 64

Notes

Chem 101 notes week 1 (Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

(Chemistry)

CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016

Videos

Understanding Key Assumptions of Kinetic Molecular Theory in Detail!

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Dive into the Kinetic Molecular Theory of Matter understanding how atoms and molecules possess kinetic energy which we measure as temperature. Explore the five core assumptions including the constant random motion of gas particles and the relation between kinetic energy and temperature. Demystify the concepts of particle collisions intermolecular interactions and the universal behavior of gases at given temperatures

Weight% of Ba, K, Cl in Heated BaCl2·2H2O & KCl Mix

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In this video we explore the process of calculating the weight percent of barium potassium and chlorine in a mixed sample of barium chloride dihydrate and potassium chloride. Through a step-by-step approach we examine the changes in sample weight after heating to 160°C breaking down the calculations for each elemental content.

Calculate the Volume of 3.00 Moles of Kr(g) at STP

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This video delves into the principles of gas behavior at standard temperature and pressure (STP) and how to determine the volume occupied by a given number of moles of gas under these conditions.

Determining Base Concentration Using KHP: Indicator Choice Solution

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Discover how to choose the right indicator for a titration involving Potassium hydrogen phthalate (KHP) and a strong base. Grasp the calculations from molar mass to pH and understand why Thymolphthalein is the ideal choice for a change near pH 8.95.

Calculating MgO Mass from Oxygen Gas at STP

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full solution

In this video, the problem involves calculating the mass of magnesium oxide (MgO) produced when 14.8 liters of oxygen gas react with magnesium metal according to the chemical equation 2Mg + O2 -> 2MgO. The stoichiometric relationship is used to determine that 0.6607 moles of oxygen gas results in 1.3214 moles of MgO, with a final calculation yielding a mass of 53.25 grams of MgO formed during the reaction at Standard Temperature and Pressure (STP).

Calculating Formula Masses: From Barium Bromide to Hydrobromic Acid

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full solution

Understand the process of calculating formula masses for various compounds. This video breaks down the atomic masses for elements in barium bromide, dinitrogen trioxide, copper(I) sulfate, and hydrobromic acid. Master the method of summing up the masses considering atom count in each formula.

Textbook Solutions (0)

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Chem 101 notes week 1 (Chemistry)

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University of Alabama at Birmingham
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CHEM 105
University of Alabama at Birmingham
1 page | Fall 2016