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 pages | Fall 2016

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

Videos

Ethylene Glycol: Mass and Volume Calculations

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Explore how to calculate the mass and volume of ethylene glycol, a common antifreeze, using its density. Understand the essentials of density-related calculations.

Differentiating Strong & Weak Electrolytes: Ionization in Aqueous Solu

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Discover the difference between strong and weak electrolytes by understanding their ionization in water. Using nitrous acid and nitric acid as examples, this video provides chemical equations that visually distinguish the ionization behavior of these electrolytes.

Hypothesis to Theory: The Evolution of Scientific Understanding

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Delve into the journey of scientific ideas as we discuss how a hypothesis can evolve into a theory, and whether a theory can ever become a law. Uncover the distinctions and connections between these fundamental elements of scientific understanding in this illuminating video.

Molecular Geometries Explained: From N?O to PF? - Shape and Structure

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Discover the distinct geometries of molecules like N?O, SO?, H?S, and PF?. Unravel the difference between molecular and electron shapes. Master the basics of linear, bent, tetrahedral, and trigonal pyramidal structures.

Mastering Unit Conversions: From Light-Years to Feet/sec

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Learn how to convert between various units of measurement, ranging from cosmic distances to everyday lengths. The video takes viewers through the process of translating light-years into miles, yards into centimeters, and incredibly high speeds from cm/s to feet per second. Simplifying complex conversions, this guide offers clarity in the world of physics.

Validating & Correcting Chemical Equations: Ba(NO?)? to LiCl Reactions

Want To Learn More? To watch the entire video and ALL of the videos in the series:

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Dive into the accuracy of four chemical reactions involving compounds like Barium Nitrate and Lithium Chloride. Discover which reactions yield precipitates which are correct and which need correction. A comprehensive review from Barium Sulfate formation to Lead Chloride precipitation

Textbook Solutions (0)

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Chem 101 notes week 1 (Chemistry)

CHEM 105
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CHEM 460
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CHEM 105
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CHEM 105
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CHEM 105
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CHEM 105
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CHEM 460
University of Alabama at Birmingham
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CHEM 460
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CHEM 105
University of Alabama at Birmingham
1 pages | Fall 2016

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

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

(Chemistry)

CHEM 460
University of Alabama at Birmingham
1 pages | Fall 2016

(Chemistry)

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

(Chemistry)

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

Math 101, week 1 (Chemistry)

CHEM 117
University of Alabama at Birmingham
1 pages | Spring 2016