This is a matlab programing question:I've attached two images, one is the prompt and the other is my work.I'm stuck trying to plot the function as it goes through the for loop as the plot keeps coming up blank. Any help would be great. You are located 50 miles away from the blast area withconcentration of 1.2 x 10° radioactive particles growing froma 1 mile to a 50 mile radius. The area is increasing two miles inradius every hour.Show a graphic (multiple PLOT) of the decreasingconcentration hour by hour (plot concentration vs time) until itreaches your location. Are you in a safe location (see below)?Use this formula for the different megaton blasts from 1 to 10kilotons with radioactive particles being generated by theformula = a*1.2 x 108 (Osas10) where a = kilotons of blast.You write a program where boss can enter/input the numberof kilotons and the distance to derive the particleconcentration count.The output states:President Jones, for youryour particle concentration iskiloton blast at__ miles,and you are in thezone.The output states the "CONCENTRATION COUNT" and:If it's above 10°, it outputs "DANGER ZONE"If its above 105 it outputs "WARNING ZONE"If its below 105 it outputs " SAFETY ZONE" %Tsar Bomba Fall out Plot AUTOMATION FOR BOSSMANformat shortEkilotons = input ("what is the size (kilotons) of the blast? "); %Input for blast sizeradius = input("At what radius (miles) are you checking? ");concentration = (kilotonsif (concentration < 18*5)zone = 'SAFTEY ZONE';else if (concentration >= 10^5 && concentration < 10*6)%sets the format%Input for radius size%Calculates concentration at inputed blast size, and radius%saftey zone* (1.2*1e*8))/(pi*radius^2);Awarning Zonezone = 'WARNING ZONE';else if (concentration >= 10*6)zone = 'DANGER ZONE';%Danger zoneendendend%Below is the output for the Bossoutput = ['President Jones, for your ', num2str(kilotons), ' kiloton blast at ', num2str(radius), ' miles, your particle concentration is ', num2strdisp(output)President Jones, for your 18 kiloton blast at 50 miles, your particle concentration is 152788.7454 and you are in the WARNING ZONE zone.x108Decreasing Concentration By Hour%Below is the concerntration vs time plotfigure(1);for i = 1:2:50con = (kilotons * (1.2*10*8))/(pi*i^2);plot(i,con)ylabel('Concentration'), xlabel('Time (hr)')title('Decreasing Concentration By Hour')grid onhold on3.5%for loop to run for 2miles of radius, or 1 hr of time%Formula for calculating the concentration at each interval%plots hours/radius against concentrationKLabels plot32%supposed to hold each plot as the for loop moves through its sequenceendhold off1.51F0.51020304050Time (hr)Concentration

Matlab script function con = blast(a,r)con = (a*1.2*10^8) / (pi*r^2);formatd='President Jones, for your %f kiloton blast at %f miles, your particle concentration is %f and you are in the Danger Zone';formatw='President Jones, for your %f kiloton blast at %f miles, your particle concentration is %f and you are in the Warning Zone';formats='President Jones, for your %f kiloton blast at %f miles, your particle concentration is %f and you are in the Safe Zone';if(con>10^6)fprintf(formatd,a,r,con);elseif(con>10^5 && con < 10^6)fprintf(formatw,a,r,con);elseif(con<10^5)fprintf(formats,a,r,con);elseend Commands to input a and r from Boss a=input('Enter number of Kiltons'); r=input('Enter Distance in Radius'); blast(a,r) Result If a=10 r=50 Answer is warning zone since concetration = 1.5279*10^5Output of the code

Answered: You write a program where boss can…

Engineering

Computer Science

You write a program where boss can enter/input the number of kilotons and the distance to derive the particle concentration count.

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter3: Assignment, Formatting, And Interactive Input

Section: Chapter Questions

Problem 6PP: (Heat transfer) The formula developed in Exercise 5 can be used to determine the cooling time, t,...

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