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[DOC File]CONVERSION FACTOR PROBLEMS - Chemistry
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Conversion factors can be used to convert units or to convert between equivalent ways of expressing a quantity. The quantity in the problem is multiplied by one or more “conversion factors,” in which the numerator is equal to the denominator. Since the numerator and denominator of the conversion factor are equal, multiplying by the ...
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[DOC File]Textbook Activity
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Chemistry: Activity – Measurements and Conversions. Measure the length, width, and height of a textbook to the nearest 0.1 cm. centimeters (cm) length (L) width (W) height (H) B. Using your measurements from Part A, find the length, width, and height of the textbook in millimeters and meters. Use the appropriate conversion factors. Show your work
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[DOC File]The Factor Label Method: (15 min
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The most important mathematical process in chemistry! What does “Factor-Label” mean? Factors are the . numbers. Labels are the . units. When using the factor-label method, problems consist of three parts: a known beginning – GIVEN. a desired end – WANTED. a connecting path – CONVERSION FACTORS. What are CONVERSION FACTORS? Equalities ...
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[DOC File]Units & Unit Conversions Worksheet
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By using the following conversion chart, converting from one unit to another is done simply by moving the decimal point: Kilo- Hecto- Deca- _____ deci- centi- milli-The blank line in the middle of the conversion chart can change depending on what we are measuring: The unit for length is the meter (m). The unit for mass is the gram (g). ...
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[DOC File]Chemistry - madison-lake.k12.oh.us
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In conversion factors the numerator is equal to the denominator but expressed in different units. 1m/100cm = 100cm/1m or 1L/1000mL = 1000mL/1L and all are equal to one. Conversion factors are defined or exact quantities, which means they have an unlimited sig figs – what you start with determines your SF. 3.4 Apply the technique of ...
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[DOC File]Chemistry - Weebly
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1 Honors Chemistry. 2016-2017. WS 2.5 More Factor Label (Derived Units) Directions: Use the factor – label method to make each of the following conversions. Refer to appropriate tables for necessary conversion factors. 1) 143 miles per hour to meters per second.(63.9) 2) 8.8 feet per second to centimeters per second. (268)
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[DOC File]Name:
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that you will use in general chemistry. The method involves using . conversion factors. to cancel units until you have the proper unit in the proper place. A conversion factor is a ratio of equivalent measurements, so a conversion factor is equal to one. Example conversion factors: 4 quarters = $1.00 1 kg = 1000 g 1 kg = 2.2 lbs
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Worksheet on Dimensional Analysis
Directions: Using the dimensional analysis/factor label method with conversion factors, determine the values of the measurements in the desired units. Show all work using a separate piece of paper and express the answers with the appropriate units. 1. How many minutes are in 180.0 days? 180.0 days x 24 hours x 60 minutes 1 day 1 hour
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[DOC File]One-Step Dimensional Analysis Problems
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Your conversion factor should get you from the units you start with to the units you want to end with. The units you started with should go on the bottom of the conversion factor. The units you want to end with should go at the top of your conversion factor. Step 4: Do the math by either multiplying or dividing, depending on the problem. Step 5:
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[DOCX File]Microsoft Word - Dimensional analysis practice.doc
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Dimensional Analysis Problems. DIRECTIONS: Solve each problem using dimensional analysis. You MUST use parenthesis and show ALL of your work INCLUDING UNITS.Every number must have a unit. Conversion factors are given below:
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How to do conversion factors in chemistry