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Graph transmittance vs. wavelength from the data table using graph paper or a computer. Plotting this data will result in two lines, one for each solution. Be sure to clearly indicate which line correlates to which solution. Also, label the axes of your graph appropriately and include a descriptive title. (2) Answer the following: (a) At which wavelengths did each solution have the highest % transmittance? (b) Do the wavelengths (at the highest % transmittance) match to the color of the solution in the visible light range? Why or why not? Purple: 380 – 450 nm Green: 495 – 570 nm     wavekength,nm %Transmittance of Ni (no (NO3)2     %Transmittance of  KMnO4 350   84%         36.60%   375   59%         33.40%   400   48.80%         53.40%   425   70%         65.20%   450   89.60%         54%   475   96.40%         33.80%   500   98.40%         27%   525   98.40%         27%   550   97.20%         26.80%   575   94.60%         30.20%   600   87.20%         54%   625   79.60%         62%   650   73%         68.80%   675   72.20%         77.80%   700   70.60%         86.60%

Graph transmittance vs. wavelength from the data table using graph paper or a computer. Plotting this data will result in two lines, one for each solution. Be sure to clearly indicate which line correlates to which solution. Also, label the axes of your graph appropriately and include a descriptive title. (2) Answer the following: (a) At which wavelengths did each solution have the highest % transmittance? (b) Do the wavelengths (at the highest % transmittance) match to the color of the solution in the visible light range? Why or why not? Purple: 380 – 450 nm Green: 495 – 570 nm     wavekength,nm %Transmittance of Ni (no (NO3)2     %Transmittance of  KMnO4 350   84%         36.60%   375   59%         33.40%   400   48.80%         53.40%   425   70%         65.20%   450   89.60%         54%   475   96.40%         33.80%   500   98.40%         27%   525   98.40%         27%   550   97.20%         26.80%   575   94.60%         30.20%   600   87.20%         54%   625   79.60%         62%   650   73%         68.80%   675   72.20%         77.80%   700   70.60%         86.60%

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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Graph transmittance vs. wavelength from the data table using graph paper or a computer. Plotting
this data will result in two lines, one for each solution. Be sure to clearly indicate which line correlates to
which solution. Also, label
the axes of your graph appropriately and include a descriptive title.
(2) Answer the following:
(a) At which wavelengths did each solution have the highest % transmittance?
(b) Do the wavelengths (at the highest % transmittance) match to the color
of the solution in the
visible light range? Why or why not?
Purple: 380
–
450 nm
Green: 495
–
570 nm
 
 
wavekength,nm %Transmittance of Ni (no (NO3)2     %Transmittance of  KMnO4
350   84%         36.60%  
375   59%         33.40%  
400   48.80%         53.40%  
425   70%         65.20%  
450   89.60%         54%  
475   96.40%         33.80%  
500   98.40%         27%  
525   98.40%         27%  
550   97.20%         26.80%  
575   94.60%         30.20%  
600   87.20%         54%  
625   79.60%         62%  
650   73%         68.80%  
675   72.20%         77.80%  
700   70.60%         86.60%  
                 
 
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