Basic Chemistry - Fifth Edition
Basic Chemistry - Fifth Edition
5th Edition
ISBN: 9780134401928
Author: Timberlake & Timberlake
Publisher: PEARSON
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Chapter 1.2, Problem 1.10QAP

Identify each activity, a to f, as an observation (O), a hypothesis (H), an experiment (E), or a conclusion (C).
Lucia wants to develop a proces for dyeing shirts so that the color will not fade when the shirt is washed. She proceeds with the following activities:

  1. Lucia notices that the dye in a design fades when the shirt is washed.
  2. Lucia decides that the dye needs something to help it combine with the fabric.
  3. She places a spot of dye on each of four shirts and then places each one separetly in water, salt water, vinegar, and baking soda and water.
  4. After one hour, all the shirts are removed and washed with a detergent.
  5. Lucia notices that the dye had faded on the shirts in water, salt water, and baking soda, whereas the dye did not fade on the shirt in vinegar.
  6. Lucia thinks that the vinegat binds with the dye so it does not fade when the shirt is washed.

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If a pharmacist combined 50-mL portions of three syrups having specific gravities of 1.10, 1.25, and 1.32, what would be the specific gravity (to two decimal places) of the combined product? A laboratory utilizes a mixture of 10% dimethyl sulfoxide (DMSO) in the freezing and long-term storage of embryonic stem cells. If DMSO has a specific gravity of 1.1004, calculate the specific gravity, to four decimal places, of the mixture (assume water to be the 90% portion).
The physician of patient AJ (50 kg, M) admitted in your hospital ordered that the patient receives 0.25 mL of drug A per kg of body weight. This must be mixed with 250 mL of D5W. The IV admixture must be administered over a six-hour period only using a drip set capable of delivering 15 drops per mL. Your pharmacy has stocks of 2.0% w/v of drug A solution (density of drug A: 1.2 g/mL). Answer all questions below. 1. How many mL of drug A must the patient receive to obtain the needed dose? 12.5 mL B. 25.0 mL C. 50.0 mL D. 75 mL 2. From the pharmacy’s stocks of drug A solution, how many mL must be added to 250 mL D5W to prepare the IV admixture? 250 mL B. 500 mL C. 750 mL D. 1000 mL 3. What is the total volume of the admixture that will be administered to the patient? 262.50 mL B. 500 mL C. 750 mL D. 1000 mL 4. Given the capability of the hospital’s IV set, how many drops of the admixture should be administered to the patient? 3,936.5 drops B. 7,500 drops C. 11,250 drops D.…

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Basic Chemistry - Fifth Edition

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