LARN 101 C26D1

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LARN 101 C26D1 Start the following in class: 1.  Do the next equation mole ratio problem assigned on LARN 99. 2.a.  Use the PQ5R or SQ5R method to prepare study guide for text section 12.3 on Limiting Reagent and Percent Yield or go to https://socratic.org/chemistry  to research the topics brought up in section 12.3 of your text.  Read section 12.3 in your chemistry text, pages 368 through 378, and as you do, create a study guide using the SQ5R or PQ5R method explained in class and on the distributed handout packet.   You may record vocabulary entries in the body of your study guide, or you may check them off on the chapter 12 vocabulary list as you think about the meanings of the terms and add any notations to the vocabulary list for clarifications sake. 2.b.  Writing in blue or black ink, place your hand in number in a circle followed by your name in the upper right white space of a separate piece of three holed composition...
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LARN 100 C25D4

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LARN 100 C25D4 Start the following in class: 1.  To the left of the marginal line, print J100A and circle it. Each journal entry should either be at least a paragraph of exemplary writing and penmanship concerning a single topic, or be a concept map relating chemistry terms.  Begin each  paragraph with a topic sentence, follow with explained instances, and close with a focused summary statement. The required journal focus topic, J100A, for today is a. In chemistry, all problems involving the prediction of the chemical amount of a reactant used up or of a product require the use of an equation mole conversion ratio (also known as a stoichiometric ratio).  When the equation mole ratio is set up, what will the units of the numerator of the equation mole ratio be, and what will be the units of its denominator? b.  In a paragraph of several sentences, describe a problem solving strategy that uses conversion factors as a means of solving problems involving the prediction of the chemical amount of...
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LARN 099 C25D3

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LARN 099 C25D3 Start the following in class: 1. In your Journal Notebook write your journal entry on sheets of three holed 8.5 inch by 11 inch ruled paper. In the upper right corner white space of each upward facing page, use a blue or black pen to write your hand in number within a circle followed by your name.  To the left of the marginal line, print J99 and circle it. Each journal entry should either be at least a paragraph of exemplary writing and penmanship concerning a single topic, or be a concept map relating chemistry terms. Begin each day’s paragraph with a topic sentence, follow with explained instances, and close with a focused summary statement. The required journal focus topics, J99, for today are: Solid aluminum metal burns in pure dioxygen gas to form ionically bonded aluminum oxide. Write the chemical expression for the chemical reaction showing the correctly written formula and phase for each reactant and product and leave a space for each coefficient...
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