need multisim simulation and manual calculations

a. LABORATORY SIMULATION EXPERIMENTAL PROCEDURES Delegate tasks between your team members. Each individual is required to design one type of active filters, which operate as either high-pass, band-pass, or band-stop filters. Three circuits configurations are required for each filter types. b. The design should include manual calculations with bode plots. Verify the critical frequency obtained by calculation and simulation. Include circuit configurations and bode plots in Multisim in your results. d. Each filter type designs should follow the requirement listed in TABLE 3. Please use practical values of resistor and capacitor in your design. Use the results template for result section of your report. c. e. N=2 N=4 N=6 Group member 3: Band-stop filter Calculation: i. 2nd Order Band-stop Filter 4th Order Band-stop Filter iii. 6th Order Band-stop Filter MULTISIM Results: i. 2nd Order Band-stop Filter ii. 4th Order Band-stop Filter iii. 6th Order Band-stop Filter a. LABORATORY SIMULATION EXPERIMENTAL PROCEDURES Delegate tasks between your team members. Each individual is required to design one type of active filters, which operate as either high-pass, band-pass, or band-stop filters. Three circuits configurations are required for each filter types. b. The design should include manual calculations with bode plots. Verify the critical frequency obtained by calculation and simulation. Include circuit configurations and bode plots in Multisim in your results. d. Each filter type designs should follow the requirement listed in TABLE 3. Please use practical values of resistor and capacitor in your design. Use the results template for result section of your report. c. e. N=2 N=4 N=6 Group member 3: Band-stop filter Calculation: i. 2nd Order Band-stop Filter 4th Order Band-stop Filter iii. 6th Order Band-stop Filter MULTISIM Results: i. 2nd Order Band-stop Filter ii. 4th Order Band-stop Filter iii. 6th Order Band-stop Filter