When adding, subtracting, or multiplying polynomials we must change all letters to ___________ and then type it in on desmos. The x-intercepts are also known as ___________________... When adding, subtracting, or multiplying polynomials we must change all letters to ___________ and then type it in on desmos. The x-intercepts are also known as _______________________. The y-intercepts are also known as ____________________. The axis of symmetry is ALWAYS _______________. The asymptote is ALWAYS _________________ When in doubt, I should just ____________________________________________________________.
Understand the Problem
The questions are testing the user's knowledge related to polynomial operations and concepts in algebra, specifically requiring the identification of terms used in polynomial equations and their characteristics. This is a series of multiple-choice questions focused on fundamental algebraic concepts.
Answer
In Desmos, we must change all letters to lowercase. The x-intercepts are also known as roots. The y-intercepts are also known as the output when x is zero. The axis of symmetry is always the vertical line through the vertex. The asymptote is always the line the graph approaches but never touches. When in doubt, graph the function.
The final answer is: in Desmos, we must change all letters to lowercase. The x-intercepts are also known as roots or zeros. The y-intercepts are also known as the output when the input is zero, or simply the y-value where the graph intersects the y-axis. The axis of symmetry is always a vertical line that passes through the vertex of a parabola. The asymptote is always a line that the graph approaches but never touches. When in doubt, you should graph the function to visualize the intercepts, symmetry, and any asymptotes.
Answer for screen readers
The final answer is: in Desmos, we must change all letters to lowercase. The x-intercepts are also known as roots or zeros. The y-intercepts are also known as the output when the input is zero, or simply the y-value where the graph intersects the y-axis. The axis of symmetry is always a vertical line that passes through the vertex of a parabola. The asymptote is always a line that the graph approaches but never touches. When in doubt, you should graph the function to visualize the intercepts, symmetry, and any asymptotes.
More Information
Desmos is a graphing calculator tool that helps in visualizing polynomial equations. Utilizing it for graphing helps in identifying key features such as intercepts, axes of symmetry, and asymptotes. Properly formatting variable names and understanding these concepts are essential to leveraging Desmos effectively.
