3. How fast would you be driving in km/s if you were traveling at 55 miles/hour? (1 mi-1.61 km) (ans: 0.0246) 4. If you have a rope that was 3.0 inches long, what is the equivalent length in centimeters? In meters? (1 in-2.54 cm) (ans: 7.62 cm = 0.0762 m)

Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
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3. How fast would you be driving in km/s if you were traveling at 55 miles/hour? (1 mi= 1.61 km)
(ans: 0.0246)
4. If you have a rope that was 3.0 inches long, what is the equivalent length in centimeters? In
meters? (1 in -2.54 cm) (ans: 7.62 cm = 0.0762 m)
5. If you have 2.5 L of fluid to administer to a patient, how much is that in mL? (ans: 2500 ml.)
6. A hospital has 125 deciliters bags of blood plasma. What is the volume of plasma expressed in
milliliters? (ans: 12500 ml.)
7. How many kilovolts equals 37,000 volts? (ans: 37 kV)
8. The diameter of a blood cell is approximately 10 µm. How many meters is that?
(ans: 1x 105 m)
Transcribed Image Text:3. How fast would you be driving in km/s if you were traveling at 55 miles/hour? (1 mi= 1.61 km) (ans: 0.0246) 4. If you have a rope that was 3.0 inches long, what is the equivalent length in centimeters? In meters? (1 in -2.54 cm) (ans: 7.62 cm = 0.0762 m) 5. If you have 2.5 L of fluid to administer to a patient, how much is that in mL? (ans: 2500 ml.) 6. A hospital has 125 deciliters bags of blood plasma. What is the volume of plasma expressed in milliliters? (ans: 12500 ml.) 7. How many kilovolts equals 37,000 volts? (ans: 37 kV) 8. The diameter of a blood cell is approximately 10 µm. How many meters is that? (ans: 1x 105 m)
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