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3. Write a program that will calculate the final velocity and time of travel of a baseball that is thrown downward from a tower of a certain height and initial speed. The program will ask the user to enter height (h) and initial velocity (vo). Create two (2) function files: 1) to calculate the final velocity (v) and 2) calculate the time of travel (t). Display the result of the calculation. Use the formula below for the final velocity and travel time. Assume the acceleration due to gravity g = 32.1. Save the function files as FinalVelo.m and travelTime.m. Create also a main function file that will as ask for user input and calls the function files Final Velo.m and travelTime.m. Save the main function file as main.m. Save flowchart/pseudo-code as LE9-3.png or LE9-3.txt. Final Velocity: v²=v²+2ac(s-so) 8-80 = h ac = g v = √√√v² + 2gh Travel Time: v = vo + act V-V₂ t = 9

3. Write a program that will calculate the final velocity and time of travel of a baseball that is thrown downward from a tower of a certain height and initial speed. The program will ask the user to enter height (h) and initial velocity (vo). Create two (2) function files: 1) to calculate the final velocity (v) and 2) calculate the time of travel (t). Display the result of the calculation. Use the formula below for the final velocity and travel time. Assume the acceleration due to gravity g = 32.1. Save the function files as FinalVelo.m and travelTime.m. Create also a main function file that will as ask for user input and calls the function files Final Velo.m and travelTime.m. Save the main function file as main.m. Save flowchart/pseudo-code as LE9-3.png or LE9-3.txt. Final Velocity: v²=v²+2ac(s-so) 8-80 = h ac = g v = √√√v² + 2gh Travel Time: v = vo + act V-V₂ t = 9

Computer Networking: A Top-Down Approach (7th Edition)
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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Write a program that will calculate the final velocity and time of travel of a baseball that is thrown downward from a tower of a certain height and initial speed.  The program will ask the user to enter height (h) and initial velocity (vo). Create two (2) function files: 1) to calculate the final velocity (v) and 2) calculate the time of travel (t). Display the result of the calculation. Use the formula below for the final velocity and travel time. 

3. Write a program that will calculate the final velocity and time of travel of a baseball that is thrown downward from a tower of a certain height and initial speed. The program will ask the user to enter height (h) and initial velocity (vo). Create two (2) function files: 1) to calculate the final velocity (v) and 2) calculate the time of travel (t). Display the result of the calculation. Use the formula below for the final velocity and travel time. Assume the acceleration due to gravity g = 32.1. Save the function files as FinalVelo.m and travelTime.m. Create also a main function file that will as ask for user input and calls the function files FinalVelo.m and travelTime.m. Save the main function file as main.m. Save flowchart/pseudo-code as LE9-3.png or LE9-3.txt. Final Velocity: v? = v% + 2ac(s – 8.) 8 – 8, = h ac = g Vv3 + 2gh Travel Time: v = v, + act v-v. t
Transcribed Image Text:3. Write a program that will calculate the final velocity and time of travel of a baseball that is thrown downward from a tower of a certain height and initial speed. The program will ask the user to enter height (h) and initial velocity (vo). Create two (2) function files: 1) to calculate the final velocity (v) and 2) calculate the time of travel (t). Display the result of the calculation. Use the formula below for the final velocity and travel time. Assume the acceleration due to gravity g = 32.1. Save the function files as FinalVelo.m and travelTime.m. Create also a main function file that will as ask for user input and calls the function files FinalVelo.m and travelTime.m. Save the main function file as main.m. Save flowchart/pseudo-code as LE9-3.png or LE9-3.txt. Final Velocity: v? = v% + 2ac(s – 8.) 8 – 8, = h ac = g Vv3 + 2gh Travel Time: v = v, + act v-v. t
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