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Solve for 
x.
Enter the solutions from least to greatest.

{:[(-5x+4)(x-3)=0],[" lesser "x=◻],[" greater "x=◻]:}

Solve for x x .\newlineEnter the solutions from least to greatest.\newline(5x+4)(x3)=0 lesser x= greater x= \begin{array}{l} (-5 x+4)(x-3)=0 \\ \text { lesser } x=\square \\ \text { greater } x=\square \end{array}

Full solution

Q. Solve for x x .\newlineEnter the solutions from least to greatest.\newline(5x+4)(x3)=0 lesser x= greater x= \begin{array}{l} (-5 x+4)(x-3)=0 \\ \text { lesser } x=\square \\ \text { greater } x=\square \end{array}
  1. Setting up the equation: To find the roots of the polynomial, we need to set each factor equal to zero and solve for x.\newlineFirst, let's consider the factor (5x+4)(-5x + 4).\newline(5x+4)=0(-5x + 4) = 0\newlineTo solve for x, we add 5x5x to both sides and then divide by 5-5.\newline5x+4+5x=0+5x-5x + 4 + 5x = 0 + 5x\newline4=5x4 = 5x\newlinex=45x = \frac{4}{5}
  2. Solving for x in the first factor: Now, let's consider the second factor (x3)(x - 3).\newline(x3)=0(x - 3) = 0\newlineTo solve for x, we add 33 to both sides.\newlinex3+3=0+3x - 3 + 3 = 0 + 3\newlinex=3x = 3
  3. Solving for x in the second factor: We have found two solutions for x: 45\frac{4}{5} and 33. To enter the solutions from least to greatest, we compare the two values.\newlineSince 45\frac{4}{5} is less than 33, we list 45\frac{4}{5} as the "lesser" x and 33 as the "greater" x.

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