In the simulation, select the solutions indicated below from the dropdown list at the top left corner of the simulation. The beaker will fill up to the 1.00 LL mark with the solution. Arrange the acids in increasing order of acidity. Rank from lowest to highest. To rank items as equivalent, overlap them. Beer,vomit,coffee,milk,battery acid,soda pop.
In the simulation, select the solutions indicated below from the dropdown list at the top left corner of the simulation. The beaker will fill up to the 1.00 LL mark with the solution. Arrange the acids in increasing order of acidity. Rank from lowest to highest. To rank items as equivalent, overlap them. Beer,vomit,coffee,milk,battery acid,soda pop.
Chapter4: Least-squares And Calibration Methods
Section: Chapter Questions
Problem 1P
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a) In the simulation, select the solutions indicated below from the dropdown list at the top left corner of the simulation. The beaker will fill up to the 1.00 LL mark with the solution. Arrange the acids in increasing order of acidity.
Rank from lowest to highest. To rank items as equivalent, overlap them.
Beer,vomit,coffee,milk,battery acid,soda pop.
b)In the simulation, select the custom liquid from the dropdown list. The beaker will be filled to the 1.00 LL mark with the solution. Set the pHpH to 8.55 by entering the value in the text box provided above the pHpH scale in the panel called "pHpH." Once you adjust the pHpH, note the corresponding OH−OH− ion concentration in mol L−1mol L−1 as given in the graph on the right side of the simulation. Make sure to click the option "Concentration (mol L−1mol L−1)" under the “Water components” panel. Click on the Logarithmic scale below the graph.
Find the pOHpOH of the solution.
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