Data Collection Table 1: Slit-to-screen distance and wavelength of the laser. Slit-to-screen distance (mm) Actual Wavelength...

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Data Collection Table 1: Slit-to-screen distance and wavelength of the laser. Slit-to-screen distance (mm) Actual Wavelength (nm) 650 Table 2: Interference and diffraction data for a double slit. Slit Separation (mm) Slit Width (mm) 0.04 1. 0.04 0.08 0.08 0.25 0.50 0.25 0.50 Average Ax (mm) 2.69 1.43 1.32 Experimental Wavelength wachyth (mm) 6.9310 7.3 xlo 6.98 x 15 6.8 x 10 7.0025 x 10-4 2169 -4 970 u Questions and Analysis Calculate the experimental wavelength using the data from your experiment. Record the results in Table 2. Include a sample calculation in the space below. Sample Calculation: > 3-69 Ao 6-93x10 DK Slit-to-screen distore (mm) 025 slit sepration 2. How PRECISE was your experimental data? Use numerical data to support your response. (Hint: you will need to calculate the percent error or percent accuracy from the number sense unit here) =6.9310 u 3. How ACCURATE was your experimental data? Use numerical data to support your response. (Hint: you will need to calculate the percent error or percent accuracy from the number sense unit here) 3 Data Collection Table 1: Slit-to-screen distance and wavelength of the laser. Slit-to-screen distance (mm) Actual Wavelength (nm) 650 Table 2: Interference and diffraction data for a double slit. Slit Separation (mm) Slit Width (mm) 0.04 1. 0.04 0.08 0.08 0.25 0.50 0.25 0.50 Average Ax (mm) 2.69 1.43 1.32 Experimental Wavelength wachyth (mm) 6.9310 7.3 xlo 6.98 x 15 6.8 x 10 7.0025 x 10-4 2169 -4 970 u Questions and Analysis Calculate the experimental wavelength using the data from your experiment. Record the results in Table 2. Include a sample calculation in the space below. Sample Calculation: > 3-69 Ao 6-93x10 DK Slit-to-screen distore (mm) 025 slit sepration 2. How PRECISE was your experimental data? Use numerical data to support your response. (Hint: you will need to calculate the percent error or percent accuracy from the number sense unit here) =6.9310 u 3. How ACCURATE was your experimental data? Use numerical data to support your response. (Hint: you will need to calculate the percent error or percent accuracy from the number sense unit here) 3

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To calculate the experimental wavelength using the data from the experiment we can use the formula f... View the full answer