Problem #5 It can be shown that lim (1+3)" - e. 71-00 :)= (1 +) and show that this function approaches e as x gets large by creating a Using R, plot the function f(x) = well-labeled plot. Please include your code along with your plot. Be sure to: Change the x-label-argument "xlab" Change the y-label-argument "ylab" Change the title -argument "main" Change the y-axis scale to be values between 0 and 3- argument "ylim" Change the point type for f(x) so that it is line - argument "ty" Change the line width to a number larger than 1 - orgument "lwd" Change the line type for f(x) so that it is not a solid line-argument "Ity" Include a horizontal line at e-function "abline()" Change the color the line for e-function "col" In R to get the value for e use exp(1) Problem #5 It can be shown that lim (1+)" - e. 71-00 :)= (1+) and show that this function approaches e as x gets large by creating a Using R, plot the function f(x) = well-labeled plot. Please include your code along with your plot. Be sure to: Change the x-label - argument "xlab" Change the y-label- argument "ylab" Change the title - argument "main" Change the y-axis scale to be values between 0 and 3 - argument "ylim" Change the point type for f(x) so that it is line - argument "ty" Change the line width to a number larger than 1 - argument "lwd" Change the line type for f(x) so that it is not a solid line - argument "Ity" Include a horizontal line at e-function "abline()" Change the color the line for e-function "col" In R to get the value for e use exp(1)