Assignment 006U2 Functions and Function Notation

By Eric Porter
Last updated about 5 years ago
35 Questions
1.

Function or No Function

2.

Function or No Function

3.

Function or No Function

4.

Function or No Function

5.

Function or No Function

6.

Function or No Function

7.

Function or No Function

8.

Function or No Function

9.

Function or No Function

10.

f(3)=2x-5 Evaluate the function. Answer should be written: f(3)=?

11.

f(0)=2x-5 Evaluate the function. Answer should be written: f(0)=?

12.

f(-2)=2x-5; Evaluate the function. Answer should be written: f(-2)=?

13.

h(3)=6x+2. Evaluate. Answer should be written: h(3)=?

14.

h(0)=6x+2. Evaluate. Answer should be written: h(0)=?

15.

h(-2)=6x+2. Evaluate. Answer should be written: h(-2)=?

16.

g(3)=2.4x Evaluate Answer should be written: g(3)=?

17.

g(0)=2.4x Evaluate Answer should be written: g(0)=?

18.

g(-2)=2.4x Evaluate Answer should be written: g(-2)=?

19.

f(3)=2x^2 -3 Evaluate Answer should be written: f(3)=?

20.

f(0)=2x^2 -3 Evaluate Answer should be written: f(0)=?

21.

f(-2)=2x^2 -3 Evaluate Answer should be written: f(-2)=?

22.

h(3)=x^3 -4x Evaluate Answer should be written: h(3)=?

23.

h(0)=x^3 -4x Evaluate Answer should be written: h(0)=?

24.

h(-2)=x^3 -4x Evaluate Answer should be written: h(-2)=?

25.

f(3)=(x+2)^2 - 6 Evaluate Answer should be written: f(3)=?

26.

f(0)=(x+2)^2 - 6 Evaluate Answer should be written: f(0)=?

27.

f(-2)=(x+2)^2 - 6 Evaluate Answer should be written: f(-2)=?

28.

f(4)=2x-3 Answer should be written: f(4)=?

29.

h(-3)=x^2-3x+5 Evaluate Answer should be written: h(-3)=?

30.

g(-2)=x^3-2 Evaluate Answer should be written: g(-2)=?

31.

Which is NOT a correct way to descrive the function{(-3,2), (1,8).

32.

Express the relation as ordered paris in order! Each pair should be separated by a comma then a space.

33.

Give the DOMAIN of the relation, ( IN ORDER with a comma after each and a space)

34.

Give the RANGE of the relation, ( IN ORDER with a comma after each and a space)

35.

Does the relation represent a function