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"When a reaction is attached to a hydrogen balloon under slightly higher pressure than atmospheric pressure, what would be the best way to take a sample for tic? O Just pull off the stopper and quickly take a sample and return the stopped as fast as possible. O Remove the hydrogen balloon, then pull off the stopper, quickly take a sample, return the stopper as fast as possible, and then replace the H2 balloon. O Remove the hydrogen balloon being careful to close off the bottom of the balloon to keep the hydrogen from escaping, then pull off the stopper, quickly take a sample, return the stopper as fast as is safe, and then replace the H2 balloon. O Remove the hydrogen balloon being careful to close off the bottom of the balloon to keep the hydrogen from escaping, then pull off the stopper, quickly take a sample, return the stopper as fast as is safe, and then replace the H2 balloon. Finally, insert another needle through the stopper and repurge the headspace of air so that it only has hydrogen. It is not possible to monitor hydrogenation reactions by tic.

"When a reaction is attached to a hydrogen balloon under slightly higher pressure than atmospheric pressure, what would be the best way to take a sample for tic? O Just pull off the stopper and quickly take a sample and return the stopped as fast as possible. O Remove the hydrogen balloon, then pull off the stopper, quickly take a sample, return the stopper as fast as possible, and then replace the H2 balloon. O Remove the hydrogen balloon being careful to close off the bottom of the balloon to keep the hydrogen from escaping, then pull off the stopper, quickly take a sample, return the stopper as fast as is safe, and then replace the H2 balloon. O Remove the hydrogen balloon being careful to close off the bottom of the balloon to keep the hydrogen from escaping, then pull off the stopper, quickly take a sample, return the stopper as fast as is safe, and then replace the H2 balloon. Finally, insert another needle through the stopper and repurge the headspace of air so that it only has hydrogen. It is not possible to monitor hydrogenation reactions by tic.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Question 1 When a reaction is attached to a hydrogen balloon under slightly higher pressure than atmospheric pressure, what would be the best way to take a sample for tic? O Just pull off the stopper and quickly take a sample and return the stopped as fast as possible. O Remove the hydrogen balloon, then pull off the stopper, quickly take a sample, return the stopper as fast as possible, and then replace the H2 balloon. O Remove the hydrogen balloon being careful to close off the bottom of the balloon to keep the hydrogen from escaping, then pull off the stopper, quickly take a sample, return the stopper as fast as is safe, and then replace the H2₂ balloon. O Remove the hydrogen balloon being careful to close off the bottom of the balloon to keep the hydrogen from escaping, then pull off the stopper, quickly take a sample, return the stopper as fast as is safe, and then replace the H2 balloon. Finally, insert another needle through the stopper and repurge the headspace of air so that it only has hydrogen. O It is not possible to monitor hydrogenation reactions by tic.
Transcribed Image Text:Question 1 When a reaction is attached to a hydrogen balloon under slightly higher pressure than atmospheric pressure, what would be the best way to take a sample for tic? O Just pull off the stopper and quickly take a sample and return the stopped as fast as possible. O Remove the hydrogen balloon, then pull off the stopper, quickly take a sample, return the stopper as fast as possible, and then replace the H2 balloon. O Remove the hydrogen balloon being careful to close off the bottom of the balloon to keep the hydrogen from escaping, then pull off the stopper, quickly take a sample, return the stopper as fast as is safe, and then replace the H2₂ balloon. O Remove the hydrogen balloon being careful to close off the bottom of the balloon to keep the hydrogen from escaping, then pull off the stopper, quickly take a sample, return the stopper as fast as is safe, and then replace the H2 balloon. Finally, insert another needle through the stopper and repurge the headspace of air so that it only has hydrogen. O It is not possible to monitor hydrogenation reactions by tic.
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