LT 6
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Random
100

Factor completely:

10x2 - 90


10(x + 3)(x - 3)

100

Solve and write your answer in simplest form:

5(x + 3)2 = 60

x = -3 ± 2√ 3

100

Simplify the square root:

√-100

10i

100

What is the quadratic formula?

(-b ± √ (b2 - 4ac) / 2a

100
How many days have you been in school (counting today)? 

27 days

200

Factor completely:

9x2 - 121

(3x + 11)(3x - 11)

200

Solve and write your answer in simplest form:

x2 - 20 = 5

x = ± 5

200

Simplify the square root:

√-75

5i√ 3

200

Solve using the quadratic formula. Answer in simplest radical form:

3x2 - 7x + 2 = 0 

x = 2

x = 1/3

200

What is the name of Miss C's mom? 

Lisa

300

Factor completely:

x2 + 11x + 28

(x + 7)(x + 4)

300

Solve and write your answer in simplest form:

2x2 - 116 = 2332

x = ± 6√ 34

300

Write the answer in standard form:

3i(6 + 4i) + (-2 +7i)

-14 + 25i

300

Solve using the quadratic formula. Answer in simplest radical form:

-x2 + 3x = 3

x = (-3 ± i√ 3) / -2

300

What is the name of Miss C's cousin that plays in the NFL?

Brock Wright

400

Factor and solve:

6x2 - 30x - 36 = 0

x = 6, x = -1

400

Solve and write your answer in simplest form:

9(x - 4)2 + 5 = 6

x = 4 ± √ (1/3)

400

Write the answer in standard form:

(5 - 2i)(6 - i)

28 - 17i 

400

Calculate the discriminant and determine the number and type of solutions:

5x2 - 2x + 4 = 0 

Discriminant: -76

Number of Solutions: 2

Type of Solutions: Imaginary

400

How many students were originally enrolled in this class?

12

500

Factor and solve:

3x2 + 13x + 12 = 0

x = -3, x = -4/3

500

Skydivers are in free fall from the time they jump out of a plane until they open their parachutes. The function below models a jumper’s height in feet (𝑦) after (𝑡) seconds. 

y = -16t2 + 1400

How long is a jumper in free fall if the parachute opens at 1144 ft?

4 seconds

500

Write the answer in standard form:

(5 + 7i)2

-24 + 70i

500

Calvin Butterball throws a tennis ball from the top of a tall building. The distance 𝑑(𝑡), in feet, between the tennis ball and the ground, 𝑡 seconds after it is thrown, is given by the equation below.

d(t) = -16t - 4t + 385

How long after the tennis ball is thrown is it 300 feet from the ground? Round to the nearest hundredths.

2.18 seconds

500

What room number are you in?

707

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