Given the data below, calculate the distance between side orders, Δy_1 (cm) and distance between side orders, y_1 (cm) if m=1 and slit width (cm) is equal to: 0.02, 0.04, 0.08, 0.16. Explain/show how calculations were made.***If the information I have provided is incomplete, please reply with the additional information needed so I can fix it. Table W1: Calculations on the Wavelength of the Laser Diode using Single-Slit Diffraction Data (m = 1)Slit width, a (mm)0.020.040.08Distance between side orders, 4y 1 (cm)Distance between side orders, y_1 (cm)Slit-to-screen distance, L (cm)Theoretical (Labelled) Wavelength (nm)Calculated Wavelength (nm)Percent Difference (%)Average Wavelength (nm)Table W2: Data and Results on the Diffraction Envelope (where y_m is the distance from thecenter of the pattern to the mth diffraction minima) of the Single-Slit Experiment (a = 0.04 mm)m = 1m = 2m = 3Distance between side orders, 4y_m (cm)Distance between side orders, y_m (cm)Slit-to-screen distance, L (cm)Theoretical Slit Width (mm)Calculated Slit Width (mm)Percent Difference (%)0.16 Single Slit Diffraction Experiment Data4y_1 (cm)4y_2 (cm)Slit Width, a(mm)0.020.040.080.162.801.000.450.20Source-to-Slit Distance (cm):Slit-to-Screen Distance (cm):Laser Wavelength (nm):Slit Width, a(mm)0.040.040.080.08Slit Separation,d (mm)0.250.500.250.501.900.900.503.0027.00650Source-to-Slit Distance (cm):Slit-to-Screen Distance (cm):Laser Wavelength (nm):Double Slit Diffraction Experiment Data4y 1 (cm)4y_2 (cm)1.001.000.500.504y_3 (cm)3.0027.006501.450.702.001.900.950.954y_3 (cm)2.851.451.45No. of Fringeswithin 4y_11325713

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Distance between side orders, 4y_1 (cm) Distance between side orders, y 1 (cm) Slit-to-screen distance, L (cm) Theoretical (Labelled) Wavelength (nm) Calculated Wavelength (nm) Percent Difference (%) Average Wavelength (nm) ble W2: Data and Results on the Diffraction Envelope (where y_m is the distance from the ter of the pattern to the mth diffraction minima) of the Single-Slit Experiment (a = 0.04 mm) m = 1 m = 2 m= 3 Distance between side orders, 4y_m (cm) Distance between side orders, y_m (cm) Slit-to-screen distance, L (cm) Theoretical Slit Width (mm) Calculated Slit Width (mm)

Distance between side orders, 4y_1 (cm) Distance between side orders, y 1 (cm) Slit-to-screen distance, L (cm) Theoretical (Labelled) Wavelength (nm) Calculated Wavelength (nm) Percent Difference (%) Average Wavelength (nm) ble W2: Data and Results on the Diffraction Envelope (where y_m is the distance from the ter of the pattern to the mth diffraction minima) of the Single-Slit Experiment (a = 0.04 mm) m = 1 m = 2 m= 3 Distance between side orders, 4y_m (cm) Distance between side orders, y_m (cm) Slit-to-screen distance, L (cm) Theoretical Slit Width (mm) Calculated Slit Width (mm)

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter27: Wave Optics

Section: Chapter Questions

Problem 69P

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