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4. Write a Scilab program, such that create the following polynomial: $p(s) = s^2(s^2 - 1)(s^2 - 2)$ a. Using the Scilab software plot the function versus s from -1.5 to 1.5 with 1000 samples. b. Find the x-intercepts of the polynomial $p(s)$ and display them on the console. c. Plot the x-intercepts on the same graph of part a. with red "x". d. Find the minimum, maximum, variance and standard deviation of the polynomial $p(s)$ for the given range and display the following messages: "The minimum of $p(s)$ with 4-digit decimal precision is " "The maximum of $p(s)$ with 4-digit decimal precision is " "The variance of $p(s)$ with 4-digit decimal precision is " "The standard deviation of $p(s)$ with 4-digit decimal precision is " e. Add title, x-label, y-label, legend. Linewidth = 5.

          4. Write a Scilab program, such that create the following polynomial:
$p(s) = s^2(s^2 - 1)(s^2 - 2)$
a. Using the Scilab software plot the function versus s from -1.5 to 1.5 with 1000 samples.
b. Find the x-intercepts of the polynomial $p(s)$ and display them on the console.
c. Plot the x-intercepts on the same graph of part a. with red "x".
d. Find the minimum, maximum, variance and standard deviation of the polynomial $p(s)$ for the given
range and display the following messages:
"The minimum of $p(s)$ with 4-digit decimal precision is ____"
"The maximum of $p(s)$ with 4-digit decimal precision is ____"
"The variance of $p(s)$ with 4-digit decimal precision is ____"
"The standard deviation of $p(s)$ with 4-digit decimal precision is ____"
e. Add title, x-label, y-label, legend. Linewidth = 5.

4. Write a Scilab program, such that create the following polynomial:
p(s) = s^2(s^2 - 1)(s^2 - 2)
a. Using the Scilab software plot the function versus s from -1.5 to 1.5 with 1000 samples.
b. Find the x-intercepts of the polynomial p(s) and display them on the console.
c. Plot the x-intercepts on the same graph of part a. with red "x".
d. Find the minimum, maximum, variance and standard deviation of the polynomial p(s) for the given
range and display the following messages:
"The minimum of p(s) with 4-digit decimal precision is "
"The maximum of p(s) with 4-digit decimal precision is "
"The variance of p(s) with 4-digit decimal precision is "
"The standard deviation of p(s) with 4-digit decimal precision is "
e. Add title, x-label, y-label, legend. Linewidth = 5.

Added by Zachary M.

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