The video tutorial guides students through graphing a function by transforming a subtraction problem into an addition problem. It involves identifying key points on the graph, drawing and connecting these points, and ensuring accuracy. The teacher also demonstrates how to verify the results algebraically, emphasizing the importance of checking work and using different methods to confirm the solution.

What is the equation of f(x) as identified in the video?

• x^2 + x

• x^2 - x

• x - 4

• x + 4

What is the equation of the line that represents the negative of g(x)?

• y = x + 4

• y = -x - 4

• y = x - 4

• y = -x + 4

How is the subtraction problem transformed into an addition problem?

• By adding x^2 to both sides

• By adding x + 4 to both sides

• By adding -x - 4 to both sides

• By subtracting x^2 from both sides

What is the y-value when x is at the x-intercept of -4?

• -4

• 3

• -3

• 0

What is the result of adding the y-values 2 and -5?

• 7

• 3

• -7

• -3

What happens when you add the y-values 2 and -2?

• They add up to 2

• They cancel out to 0

• They add up to 4

• They add up to -4

What is the suggested method for ensuring accuracy in graph plotting during an exam?

• Use only pen for the entire process

• Use pencil lightly and then go over in pen

• Use colored markers for clarity

• Use a ruler for straight lines

How many x squared terms are present after simplifying the expression?

• Two

• None

• Three

• One

What is the constant term in the simplified expression?

• 0

• 4

• -2

• -4

What are the roots of the equation after factorization?

• -1 and 1

• -2 and 2

• -3 and 3

• -4 and 4