10/6/2022-HW Quadratic, Complete the square, and Review

https://www.desmos.com/testing/virginia/scientific

For exercises 1 thru 4:
SHOW YOUR WORK!!!

1

(input your answer as in class..no x=)

1

(input your answer as in class..no x=)

1

(input your answer as in class..no x=)

1

(input your answer as in class..no x=)

For exercises 5 and 6:

SOLVE BY COMPLETING THE SQUARE.  SHOW YOUR WORK!!!

1

(input your answer as in class..no x=)

1

(input your answer as in class..no x=)

For exercises 9 thru 11:

SOLVE USING SQUARE ROOTS!!  SHOW YOUR WORK!!!

1

(input your answer as in class..no x=)

1

(input your answer as in class..no x=)

1

(input your answer as in class..no x=)

For exercises 12 & 13:

GRAPH AND THEN SOLVE. (USE ANOTHER METHOD IF GRAPH SHOWS NO REALS!!)
SHOW YOUR WORK!!

1

Graph in show your work. Then use your graph to solve the equation.

INPUT YOUR ANSWER IN SET NOTATION: {}

1

Graph in show your work. Then solve the equation.

INPUT YOUR ANSWER AS A COMPLEX SOLUTION LIKE IN CLASS:

REVIEW!!!

1

What is the discriminant?

1

How many roots and what type?

1

What is the discriminant?

1

How many roots and what type?

1

Simplify:

1

Simplify:

1

Simplify:

(this is tough one...hang in there!! you can do it!!) :-)

1

Simplify:

1

Simplify:

1

Simplify: (no dead kittens please!!)

1

Simplify:

input your answer as:

1

Simplify:

input your answer as:

1

upload your pages of work here--page 1

1

upload your pages of work here--page 2

1

upload your pages of work here--page 3

1

10/6/2022-HW Quadratic, Complete the square, and Review

(input your answer as in class..no x=)

(input your answer as in class..no x=)

(input your answer as in class..no x=)

(input your answer as in class..no x=)

(input your answer as in class..no x=)

(input your answer as in class..no x=)

(input your answer as in class..no x=)

(input your answer as in class..no x=)

(input your answer as in class..no x=)

Graph in show your work. Then use your graph to solve the equation.INPUT YOUR ANSWER IN SET NOTATION: {}

Graph in show your work. Then solve the equation.INPUT YOUR ANSWER AS A COMPLEX SOLUTION LIKE IN CLASS:

What is the discriminant?

How many roots and what type?

What is the discriminant?

How many roots and what type?

Simplify:

Simplify:

Simplify:(this is tough one...hang in there!! you can do it!!) :-)

Simplify:

Simplify:

Simplify: (no dead kittens please!!)

Simplify:input your answer as:

Simplify:input your answer as:

upload your pages of work here--page 1

upload your pages of work here--page 2

upload your pages of work here--page 3

upload your pages of work here--page 4

(input your answer as in class..no x=)

(input your answer as in class..no x=)

(input your answer as in class..no x=)

(input your answer as in class..no x=)

(input your answer as in class..no x=)

(input your answer as in class..no x=)

(input your answer as in class..no x=)

(input your answer as in class..no x=)

(input your answer as in class..no x=)

Graph in show your work. Then use your graph to solve the equation.INPUT YOUR ANSWER IN SET NOTATION: {}

Graph in show your work. Then solve the equation.INPUT YOUR ANSWER AS A COMPLEX SOLUTION LIKE IN CLASS:

What is the discriminant?

How many roots and what type?

What is the discriminant?

How many roots and what type?

Simplify:

Simplify:

Simplify:(this is tough one...hang in there!! you can do it!!) :-)

Simplify:

Simplify:

Simplify: (no dead kittens please!!)

Simplify:input your answer as:

Simplify:input your answer as:

a:

h:

k:

domain: (interval notation)

range: (interval notation)

inc int: (interval notation)

dec int: (interval notation)

transformation?

Give your solutions as we did in class for imaginary solutions. Find the roots by solving by square root.

upload your pages of work here--page 1

upload your pages of work here--page 2

upload your pages of work here--page 3

upload your pages of work here--page 4

a:

h:

k:

domain: (interval notation)

range: (interval notation)

inc int: (interval notation)

dec int: (interval notation)

transformation?

Give your solutions as we did in class for imaginary solutions. Find the roots by solving by square root.

Graph in show your work. Then use your graph to solve the equation.

INPUT YOUR ANSWER IN SET NOTATION: {}

Graph in show your work. Then solve the equation.

INPUT YOUR ANSWER AS A COMPLEX SOLUTION LIKE IN CLASS:

Simplify:

(this is tough one...hang in there!! you can do it!!) :-)

Simplify:

input your answer as:

Simplify:

input your answer as:

Graph in show your work. Then use your graph to solve the equation.

INPUT YOUR ANSWER IN SET NOTATION: {}

Graph in show your work. Then solve the equation.

INPUT YOUR ANSWER AS A COMPLEX SOLUTION LIKE IN CLASS:

Simplify:

(this is tough one...hang in there!! you can do it!!) :-)

Simplify:

input your answer as:

Simplify:

input your answer as: