4-5 Solving by Factoring Practice
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Last updated about 4 years ago
23 questions
2
Solve by factoring:
Solve by factoring:
2
Solve by factoring:
Solve by factoring:
2
Solve by factoring:
Solve by factoring:
2
Solve by factoring:
Solve by factoring:
2
Find the x-intercepts by factoring:
Find the x-intercepts by factoring:
2
Solve by factoring:
Solve by factoring:
2
Solve by factoring:
Solve by factoring:
2
Find the x-intercepts by factoring:
Find the x-intercepts by factoring:
2
Solve by factoring:
Solve by factoring:
2
Solve by factoring
Solve by factoring
2
Find the x-intercepts by factoring
Find the x-intercepts by factoring
2
Solve by factoring
Solve by factoring
2
Solve by graphing:
Solve by graphing:
2
Solve by graphing:
Solve by graphing:
2
Find the x-intercepts by graphing:
Find the x-intercepts by graphing:
2
Solve by graphing:
Solve by graphing:
2
Find the x-intercepts by graphing
Find the x-intercepts by graphing
2
Solve by graphing:
Solve by graphing:
2
Solve by graphing:
Solve by graphing:
1
Your pet rabbit is going to hop in front of you along the path modeled by the following equation. How far will your rabbit hop? (round to 3 decimals accurately)
Your pet rabbit is going to hop in front of you along the path modeled by the following equation.
How far will your rabbit hop? (round to 3 decimals accurately)
1
Your pet rabbit is going to hop in front of you along the path modeled by the following equation. How high will your rabbit hop? (round to 3 decimals accurately)
Your pet rabbit is going to hop in front of you along the path modeled by the following equation.
How high will your rabbit hop? (round to 3 decimals accurately)
1
You and your buddies head to the skate park to practice on the half pipe. The shape of the ramp is modeled by the following equation: How wide is the half pipe?
You and your buddies head to the skate park to practice on the half pipe. The shape of the ramp is modeled by the following equation:
How wide is the half pipe?
1
You and your buddies head to the skate park to practice on the half pipe. The shape of the ramp is modeled by the following equation: How deep is the half pipe?
You and your buddies head to the skate park to practice on the half pipe. The shape of the ramp is modeled by the following equation:
How deep is the half pipe?