Question 1

If the values of the limits of the function f(x) from its left and from its right are equal, then the limit of the function exists.

Accepted Answer

true

Answer

false

Question 2

If the values of the function f(x) from its left and from its right are not equal, then the limit of the function exists.

Accepted Answer

false

Answer

true

Question 3

The notation $\lim_{x o2}^{ }\ x^2\ =\ 4$ is read as “the limit of the function x squared as x approaches 4 is 2”.

Accepted Answer

false

Answer

true

Question 4

The limit of the function $\lim_{x o2}^{ }\ x^2\ =\ 4$ as x approaches 2 is -5.

Accepted Answer

false

Answer

true

Question 5

Given the graph below, the limit of f(x) as x $\lim_{x o2}^{ }\ x^2\ =\ 4$ 1 does not exist.

Accepted Answer

true

Answer

false

Question 6

Find $\lim_{x o2}^{ }\ x^2\ =\ 4$

Accepted Answer

2004

Answer

2

Answer

0

Answer

DNE

Question 7

Find $\lim_{x o2}^{ }\ x^2\ =\ 4$

Accepted Answer

9

Answer

1

Answer

DNE

Answer

-9

Question 8

Find $\lim_{x o2}^{ }\ x^2\ =\ 4$

Accepted Answer

0

Answer

DNE

Answer

-1

Answer

1

Question 9

Find $\lim_{x o2}^{ }\ x^2\ =\ 4$

Accepted Answer

DNE

Answer

1

Answer

0

Answer

-1

Question 10

Find $\lim_{x o2}^{ }\ x^2\ =\ 4$

Accepted Answer

4

Answer

-1

Answer

-4

Answer

1

Question 11

For the piecewise function: $\lim_{x o2}^{ }\ x^2\ =\ 4$ find $\lim_{x o0}$

Accepted Answer

DNE

Answer

0

Answer

1/2

Answer

1

Question 12

What is $\lim_{x o2}^{ }\ x^2\ =\ 4$ ?

Accepted Answer

4

Answer

0

Answer

6

Answer

2

Question 13

Evaluate $\lim_{x o2}^{ }\ x^2\ =\ 4$ .

Accepted Answer

$-\frac{2}{3}$

Answer

$-\frac{2}{3}$

Answer

$-\frac{2}{3}$

Answer

$-\frac{2}{3}$

Question 14

What is $\lim_{x o2}^{ }\ x^2\ =\ 4$

Accepted Answer

0

Answer

2

Answer

3

Answer

1

Question 15

The function f is defined by:

f(x) = x − 2 for x ≤ 1

f(x) = x² for x > 1

If the value of x approaches 1, which of the following statements is true about the function?

Accepted Answer

The limit of the function does not exist.

Answer

The value of 𝑓(1) = 1.

Answer

The limit of the function is 1.

Answer

The $\lim_{x o2}^{ }\ x^2\ =\ 4$ .

Question 16

Given the graph of 𝑓(𝑥), what is $\lim_{x o2}^{ }\ x^2\ =\ 4$ ?

Accepted Answer

DNE

Answer

$-\frac{2}{3}$

Answer

1

Answer

0

Question 17

Let $\lim_{x o2}^{ }\ x^2\ =\ 4$ . If x approaches -1, which statement is NOT true about the function?

Accepted Answer

The limit does not exist.

Answer

f(-1) = 0

Answer

$-\frac{2}{3}$

Answer

The limit exists.

Question 18

Find the limit of the graph as x approaches -1.

Accepted Answer

DNE

Answer

-1

Answer

$-\frac{2}{3}$

Answer

3

Question 19

Which statement is true about the graph of the function?

Accepted Answer

The limit as x approaches -1 does not exist.

Answer

$-\frac{2}{3}$

Answer

$-\frac{2}{3}$

Answer

The limit as x approaches -1 exists.

Question 20

Find $\lim_{x o2}^{ }\ x^2\ =\ 4$

Accepted Answer

$-\frac{2}{3}$

Answer

0

Answer

$-\frac{2}{3}$

Answer

DNE

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