Quiz about Algebra 2 EOC Review

Question 1

Find the zeros of this quadratic.

Accepted Answer

b=4/5, b=-3

Answer

b=4/5, b=3

Answer

b=4, b=-3

Answer

b=1/5, b=3

Question 2

Question 2.

Accepted Answer

b

Answer

a

Answer

c

Answer

d

Question 3

Question 3.

Accepted Answer

c

Answer

a

Answer

b

Answer

d

Question 4

Question 4.

Accepted Answer

b

Answer

a

Answer

c

Answer

d

Question 5

The graph of a quadratic function is shown on the grid. Which function is best represented by this graph?

Accepted Answer

$$h\left(x\right)=x^2-6x$$

Answer

$$h\left(x\right)=x^2-3x-9$$

Answer

$$h\left(x\right)=x^2+3x-9$$

Answer

$$h\left(x\right)=x^2+6x$$

Question 6

Question 6.

Accepted Answer

D

Answer

A

Answer

B

Answer

C

Question 7

Solve for x:

Accepted Answer

x = by + v

Answer

x = yb - v

Answer

x = by - v

Question 8

Solve the literal equation for the given variable.

Accepted Answer

2A/h

Answer

2/(h)

Answer

2Ah

Answer

Ah/2

Question 9

Which of the following functions shows an initial amount of $15 and an increase of 35% each year?

Accepted Answer

y = 15(1.35)^x

Answer

y = 15(35)^x

Answer

y = 15(0.35)^x

Answer

y = 35(1.15)^x

Question 10

Write an equation that models the following situation:
Samantha's hair was known to grow very rapidly. It began at a length of 6 in and grew at a rate of 14% a week.

Accepted Answer

y=6(1.14)^x

Answer

y=6(0.14)^x

Answer

y=6(1+14)^x

Answer

y=6(0.86)^x

Question 11

y=mx+b is called ____________ .

Accepted Answer

Slope Intercept Form

Answer

Point Slope Form

Answer

Standard Form

Answer

Quadratic Function

Question 12

The graph of f(x)= x² was transformed to create the graph of g(x) = (x - 7.5)². Which of these describes the transformation?

Accepted Answer

A horizontal shift to the right 7.5 units

Answer

A horizontal shift to the left 7.5 units

Answer

A vertical shift down 56.25 units

Answer

A vertical shift up 56.25 units

Question 13

A projectile is launched into the air from the ground. The table shows the height of the projectile, h(t), at different times. Based on the table, which function can best be used to model this situation?

Accepted Answer

h(t)= -4.9t² + 295t + 0.6

Answer

h(t)= 99t² + 858

Answer

h(t)= -4.9t² +295t + 2

Answer

h(t)= 99t² + 1,470.3

Algebra 2 EOC Review

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