1. sketch the histogram (25bins) of T and label the y and x axes.

hist(T,25) ( should be the command in matlab)i mainly need to know what my axes titles would be for my histogram.

All these photos are all background info

NAN602: Computational module 1: Descriptive statistics and single-molecule behaviors A) Ater exposure to light, a green huoresent protein ()eversibly bleathes conding to the gfkt eaction: Ka 5 Tis a random variable describing the ifetime of A according to the pt f(t)-k, exp(kt (0 Generate 100 instances of T according to ft). as if you had observed separate 100 proteins ko 1/5 random/'Exp, 1ha, 10 lomns randn MEAN VARIANCE STANDARD DEVIATION (b) Sketch the histogram (25 bins) of T. (4 pts) (2) You observe 100 molecules undergoing the followina reactign T is a random variable describing the lifetime of A according to the pdf fr(t) = k, exp (-k, t) (0 Generate 100 instances of T according to fift), as if you had observed separate 100 proteins T= rondorm(Exp", 1/ka, 100, 1. celom#5 6.im calls an (to suppress output, end line with a;) Calls an to suppress output, end line with a ) (ii) Plot T nlsylabudl This i label on y-axis) plot(1: numel(T)T (ii) Find the mean of T (). Generate 5 more instances of T and find the mean of those sets of lifetimes. Nest the generating function into the mean function to improve coding efficiency ean(T) mean(random('Exp, 1/ko, 1 mean lifetimes: (115301, (2) mean of mean lifetimes 00, 1) 4