ATLAB. Please Calculate the final velocity (v) and 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 program as LE9-2.m and flowchart/pseudo-code as LE9-2.png or LE9-2.txt..

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
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 .MATLAB. Please Calculate the final velocity (v) and 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 program as LE9-2.m and flowchart/pseudo-code as LE9-2.png or LE9-2.txt.. 

 

Perform the following exercises in MATLAB.
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 (v.). Calculate the final velocity (v) and 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 program as LE9-2.m and flowchart/pseudo-code as LE9-2.png or LE9-2.txt.
Final Velocity:
v² =v²+2ac(s— so)
s- so = h
ac = g
V= √v+2gh
Travel Time:
v = vo + act
t =
v-Vo
9
Transcribed Image Text:Perform the following exercises in MATLAB. 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 (v.). Calculate the final velocity (v) and 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 program as LE9-2.m and flowchart/pseudo-code as LE9-2.png or LE9-2.txt. Final Velocity: v² =v²+2ac(s— so) s- so = h ac = g V= √v+2gh Travel Time: v = vo + act t = v-Vo 9
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