Do the same thing as in the previous problem, but now include the fourth-order runge-kutta method (that you have written yourself) as well. in this problem, treat the fourth-order runge-kutta solution with n = 105 as the true solution. also, in addition to plotting the log10 of the errors (i. e., [yn-j(tn)]) versus the log10(n), plot the log10 of the errors versus the log1o of the number of function evaluations (i. e., the number of times that you evaluated f(t, y)) for each method. has this changed the slopes compared with the plot where the horizontal axis was the number of steps (log10(

answer:

it is general formula that is used to write value to its excet position

a11 a12 a13

a21 a22 a23

it is the example of order 2 by 3 matrix in this

a11 means value occur in 1 st row 1st column

a12 means value occurs in 1st row 2nd column

a13 means value occur in 1st row and 3rd column

a21 means value occurs in 2nd row and 1st column

a22 means value occurs in 2nd row and in 2nd column

a23 means value occurs in 2nd row and in 3rd column

a is 8.b is 10.c is 10.5. d is -.5

step-by-step explanation:

just minus the smallest number from the biggest.

where is abdul's work? don't see that anywhere posted : /

step-by-step explanation:

sorry i really don't know what tiles and steps you are referring to

step-by-step explanation: