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Monday, February 2

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Notes Over 5.3. Modeling a Falling Object's Height with a Quadratic Function. 13. A coyote is standing on a cliff 254 feet above a roadrunner. ... – PowerPoint PPT presentation

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Title: Monday, February 2


1
Monday, February 2
Today's Objectives
  • Simplify Radicals.
  • Solve quadratic equations by square root method.

2
Notes Over 5.3
Simplest Form of Radicals
  • No perfect square factors other than 1 are in
    the radicand
  • No fractions are in the radicand
  • No radicals appear in the denominator of the
    fraction

3
Notes Over 5.3
Using Properties of Square Roots
Simplify the expression.
4
Notes Over 5.3
Solving a Quadratic Equation
Solve the equation.
5
Notes Over 5.3
Solving a Quadratic Equation
Solve the equation.
6
Notes Over 5.3
Solving a Quadratic Equation
Solve the equation.
7
Notes Over 5.3
Solving a Quadratic Equation
Solve the equation.
8
Notes Over 5.3
Solving a Quadratic Equation
Solve the equation.
9
Notes Over 5.3
Solving a Quadratic Equation
Solve the equation.
10
Notes Over 5.3
Solving a Quadratic Equation
Solve the equation.
11
Notes Over 5.3
Solving a Quadratic Equation
Solve the equation.
12
Notes Over 5.3
Solving a Quadratic Equation
Solve the equation.
13
Notes Over 5.3
Modeling a Falling Objects Height with a
Quadratic Function
13. A coyote is standing on a cliff 254 feet
above a roadrunner. If the coyote drops a boulder
from the cliff, how much time does the roadrunner
have to move out of its way?
14
Notes Over 5.3
Modeling a Falling Objects Height with a
Quadratic Function
14. An apple falls from a branch on a tree 30
feet above a man sleeping underneath. When will
the apple strike the man?
15
Notes Over 5.3
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