Hydrogen lamp Data: Table 1 Color of line Wavelength (nm) Violet 410 Blue 434 Green 486 Red 656 RESULTS Table 2 Waveleng

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Hydrogen Lamp Data Table 1 Color Of Line Wavelength Nm Violet 410 Blue 434 Green 486 Red 656 Results Table 2 Waveleng 1 (61.34 KiB) Viewed 100 times

2. Following this, you will use your data and the Balmer
equation to determine a value for RH by creating an
excel graph. The instructions are below:

Hydrogen Lamp Data Table 1 Color Of Line Wavelength Nm Violet 410 Blue 434 Green 486 Red 656 Results Table 2 Waveleng 2 (122.39 KiB) Viewed 100 times

Hydrogen lamp Data: Table 1 Color of line Wavelength (nm) Violet 410 Blue 434 Green 486 Red 656 RESULTS Table 2 Wavelength (in nm) Wavelength (in m) # (in m') Transition ns 6-) ni 410 434 486 656

7. You will use your data and the Balmer equation to determine a value for Ry. = RH λ = Ru (7-8) This equation is in the same form as the general equation for a straight line, y = mx + b, where y corresponds to 1/1, x corresponds to y (67_) , and b=0. Thus if you make a graph of 1/2 versus the (17_ ) slope (m from the line equation) will be Ru. You will make a graph of your data to determine Rh. Calculate for each transition and fill in these values in Table 2. ng Plot a graph of 2) using Excel or Google Sheets. To do this: a. Copy your values for into a column in Excel or Google Sheets. Label the column. ng b. In the next column, enter the values of (3-7) 1 а versus ni 1 If you have never made a graph in Excel, watch this video: Using Excel to a