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IM Alg1.6.13 Practice: Graphing the Standard Form (Part 2)

Here are four graphs. Match each graph with the quadratic equation that it represents.

Complete the table without graphing the equations.

Here is a graph that represents y=x².

Describe what would happen to the graph if the original equation were changed to .

  • Predict the - and -intercepts of the graph and the quadrant where the vertex is located.
  • Sketch the graph of the equation  on the same coordinate plane as .

Select all equations whose graph opens upward.

Select all that apply
  • A
  • B
  • C
  • D
  • E
Check my answer (3)

Write an equation for a function that can be represented by each given graph. Then, use graphing technology below to check each equation you wrote.

Match each quadratic expression that is written as a product with an equivalent expression that is expanded.

When buying a home, many mortgage companies require a down payment of 20% of the price of the house. What is the down payment on a $125,000 home?

A bank loans $4,000 to a customer at a annual interest rate. Write an expression to represent how much the customer will owe, in dollars, after 5 years without payment.