In helloWorld.m, make variables called secPerMin, secPerHour, secPerDay, secPerMonth (assume 30.5 days per month), and secPerYear (12 months in year), which have the number of seconds in each time period Assemble a row vector called secondConversion that has elements in this order: secPerYear, secPerMonth, secPerDay, secPerHour, secPerMin, 1 Make a currentTime vector by using clock Compute elapsedTime by subtracting currentTime from start Compute t (the elapsed time in seconds) by taking the dot product of secondConversion and elapsedTime (transpose one of them to get the dimensions right) 12
In helloWorld.m, make variables called secPerMin, secPerHour, secPerDay, secPerMonth (assume 30.5 days per month), and secPerYear (12 months in year), which have the number of seconds in each time period Assemble a row vector called secondConversion that has elements in this order: secPerYear, secPerMonth, secPerDay, secPerHour, secPerMin, 1 Make a currentTime vector by using clock Compute elapsedTime by subtracting currentTime from start Compute t (the elapsed time in seconds) by taking the dot product of secondConversion and elapsedTime (transpose one of them to get the dimensions right) 12
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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Transcribed Image Text:I need a workable Solution in Matlab
Exercise: Vector Operations
Calculate how many seconds elapsed since start of class
• In helloWorld.m, make variables called secPerMin, secPerHour, secPerDay,
secPerMonth (assume 30.5 days per month), and secPerYear (12 months in
year), which have the number of seconds in each time period
Assemble a row vector called secondConversion that has elements in this
order: secPerYear, secPerMonth, secPerDay, secPerHour, secPerMin, 1
Make a currentTime vector by using clock
Compute elapsedTime by subtracting currentTime from start
Compute t (the elapsed time in seconds) by taking the dot product of
secondConversion and elapsedTime (transpose one of them to get the
dimensions right)
12
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