Jonathan Joestar wanted to analyze a sample of water for its mercury content. The suspected concentration of mercury in the water sample is 5 ppm. Which of the following analytical methods should he use for his desired outcome? a. Method D, with a working range of 1-10 ppb, and costs Php 5000 per run b. Method C, with a working range of 10-60 ppm, and costs Php 100 per run c. Method B, with a working range of 1-10 ppm, and costs Php 3000 per run d. Method A, with a working range of 10-60 ppm, and costs Php 1000 per run
Jonathan Joestar wanted to analyze a sample of water for its mercury content. The suspected concentration of mercury in the water sample is 5 ppm. Which of the following analytical methods should he use for his desired outcome? a. Method D, with a working range of 1-10 ppb, and costs Php 5000 per run b. Method C, with a working range of 10-60 ppm, and costs Php 100 per run c. Method B, with a working range of 1-10 ppm, and costs Php 3000 per run d. Method A, with a working range of 10-60 ppm, and costs Php 1000 per run
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Jonathan Joestar wanted to analyze a sample of water for its mercury content. The suspected concentration of mercury in the water sample is 5 ppm. Which of the following analytical methods should he use for his desired outcome?
a. Method D, with a working range of 1-10 ppb, and costs Php 5000 per run
b. Method C, with a working range of 10-60 ppm, and costs Php 100 per run
c. Method B, with a working range of 1-10 ppm, and costs Php 3000 per run
d. Method A, with a working range of 10-60 ppm, and costs Php 1000 per run
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