using MatLab a$)$ Create a function named $$no$\_$repeats$$ that takes one row vector of positive integers as an

input and returns one row vector of positive integers as an output. The output should contain

every integer in the input array, in ascending order $($this time use of the $$sort$$ function is

allowed$),$ with no repeat entries.

b$)$ Create a function named $$powers$1$ that takes two positive integers as inputs and returns one

row vector of positive integers as an output. The output should contain all positive integer

powers of the first input that are less than or equal to the second input. For example, and input of

$(3,1000)$ should return an output of $[392781243729].$

c$)$ Create a function named $$powers$2$ that takes two positive integers as inputs, and returns one

row vector of positive integers as an output. Using powers$1$ and no$\_$repeats, it should return all

positive integers less than or equal to the second input which are a positive integer power of a

positive integer that is less than or equal to the first input. For example, and input of $(4,100)$

should return all powers of $2,3$ and $4$ that are less than or equal to $100.$ The output vector should

contain no repeated entries, and should be in ascending order.

d$)$ Run powers$2$ with inputs of $(6,50)$ and do not suppress the output