GENERAL INSTRUCTIONS: Implement using Flowcode. Submit the flowcode file and documentation by group in BBL. Make a documentation containing the readable flowcode/flowchart, step-by step instruction in navigating the flowcode file, screenshots of the sample simulations based on different scenarios/conditions of the given problem, and contributions of each member. Flowcode Co1, |1. Make a program with 5 switches (SWO – SW4) and an 8- bit LED array. When SWO is pressed, the system will display prime numbers. When SW1 is pressed, the system will display composite numbers. When SW2 is pressed, the system that illustrates power operation. When SW3 is pressed, the system that illustrates divisibility operation. When SW4 is pressed, the system will display a running CO3 light from the outermost to the inner most then inner to outer LEDS. The MSB and LSB lights UP 1st then the succeeding LEDS going to the center follows. Only 2 LEDS lights UP at the same time. Use matrix for the SW4 operation. All operations are continuous until you choose another switch or another operation.

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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WITH SCREENSHOT OF THE FLOWCODE PLEASE

  1. Make a program with 5 switches (SW0 – SW4) and an 8-bit LED array. When SW0 is pressed, the system will display prime numbers. When SW1 is pressed, the system will display composite numbers. When SW2 is pressed, the system that illustrates power operation. When SW3 is pressed, the system that illustrates divisibility operation. When SW4 is pressed, the system will display a running light from the outermost to the inner most then inner to outer LEDs. The MSB and LSB lights UP 1st then the succeeding LEDS going to the center follows. Only 2 LEDs lights UP at the same time. Use matrix for the SW4 operation. All operations are continuous until you choose another switch or another operation.
GENERAL INSTRUCTIONS:
Implement using Flowcode. Submit the flowcode file and documentation by group in
BBL. Make a documentation containing the readable flowcode/flowchart, step-by step
instruction in navigating the flowcode file, screenshots of the sample simulations based
on different scenarios/conditions of the given problem, and contributions of each
member.
Flowcode
Co1,
|1.
Make a program with 5 switches (SWO – SW4) and an 8-
bit LED array. When SWO is pressed, the system will
display prime numbers. When SW1 is pressed, the system
will display composite numbers. When SW2 is pressed,
the system that illustrates power operation. When SW3 is
pressed, the system that illustrates divisibility operation.
When SW4 is pressed, the system will display a running
CO3
light from the outermost to the inner most then inner to
outer LEDS. The MSB and LSB lights UP 1st then the
succeeding LEDS going to the center follows. Only 2 LEDS
lights UP at the same time. Use matrix for the SW4
operation. All operations are continuous until you choose
another switch or another operation.
Transcribed Image Text:GENERAL INSTRUCTIONS: Implement using Flowcode. Submit the flowcode file and documentation by group in BBL. Make a documentation containing the readable flowcode/flowchart, step-by step instruction in navigating the flowcode file, screenshots of the sample simulations based on different scenarios/conditions of the given problem, and contributions of each member. Flowcode Co1, |1. Make a program with 5 switches (SWO – SW4) and an 8- bit LED array. When SWO is pressed, the system will display prime numbers. When SW1 is pressed, the system will display composite numbers. When SW2 is pressed, the system that illustrates power operation. When SW3 is pressed, the system that illustrates divisibility operation. When SW4 is pressed, the system will display a running CO3 light from the outermost to the inner most then inner to outer LEDS. The MSB and LSB lights UP 1st then the succeeding LEDS going to the center follows. Only 2 LEDS lights UP at the same time. Use matrix for the SW4 operation. All operations are continuous until you choose another switch or another operation.
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