To graph the quadratic equation, we can use a table of values.
Step 1: We make a two-column table. We label the columns x and y.
Step 2: We choose several values for x and put them as separate rows in the x column.
Step 3: We evaluate the function for each value of x.
![\begin{gathered} x=-3 \\ y=x^2-(3)/(4)x+(1)/(8) \\ y=(-3)^2-(3)/(4)(-3)+(1)/(8) \\ y=9+(9)/(4)+(1)/(8) \\ y=(72)/(8)+(18)/(8)+(1)/(8) \\ y=(91)/(8) \\ y=11.375 \end{gathered}](https://img.qammunity.org/2023/formulas/mathematics/college/xqwopt3iuj12v4gt1a26poommgu2p7f1fx.png)
![\begin{gathered} x=-2 \\ y=x^2-(3)/(4)x+(1)/(8) \\ y=(-2)^2-(3)/(4)(-2)+(1)/(8) \\ y=4+(6)/(4)+(1)/(8) \\ y=(32)/(8)+(12)/(8)+(1)/(8) \\ y=(32+12+1)/(8) \\ y=5.625 \end{gathered}](https://img.qammunity.org/2023/formulas/mathematics/college/t0jfzdrqxxfbk1ugfkv84z09i6it1p12r5.png)
And so on.
Step 4: We write the result in the y column next to the x value we used.
Step 5: We plot and join the found ordered pairs.
Therefore, the graph of the quadratic equation is: