Lesson 3-4 Open Note Quiz

Question

6 of 10 6 of 10 Items
09:41 / 45:00

Question
POSSIBLE POINTS: 10
Put responses in the correct input to answer the question. Select a response, navigate to the desired input and insert the response. Responses can be selected and inserted using the space bar, enter key, left mouse button or touchpad. Responses can also be moved by dragging with a mouse.
Match the vocabulary word or symbol to its definition. Each will only be used once. You will not use all of the choices.

The set of all inputs, or x-coordinates, of the ordered pairs is the Response area.

The set of all outputs or y-coordinates of the ordered pairs is the Response area.

The difference between consecutive terms of an arithmetic sequence is the Response area.

A relation in which each element of the domain corresponds with exactly one element in the range is a Response area.

The Response area defines the terms in a sequence by relating each term to the ones before it. It is used to find the next term in a sequence.The formula is Response area

The Response area expresses the nth term of a sequence in terms of n, and it is used to find any term in a sequence. The formula is Response area.
represents Response area.

represents Response area.

domainfunctioncommon differencefunction notationrecursive formulathe previous term of a sequenceexplicit formulathe first term of a sequence; relationrangeany term of a sequencearithmetic sequence

Answer 1

Here are the correct definitions matched with the vocabulary words or symbols:

1. The set of all inputs, or x-coordinates, of the ordered pairs is the domain.

2. The set of all outputs or y-coordinates of the ordered pairs is the range.

3. The difference between consecutive terms of an arithmetic sequence is the common difference.

4. A relation in which each element of the domain corresponds with exactly one element in the range is a function.

5. The recursive formula defines the terms in a sequence by relating each term to the ones before it. It is used to find the next term in a sequence.

6. The explicit formula expresses the nth term of a sequence in terms of n, and it is used to find any term in a sequence.

7. f(n) represents any term of a sequence.

8. f(n-1) represents the previous term of a sequence.

So, filling in the blanks:

• domain
• range
• common difference
• function
• recursive formula
• explicit formula
• any term of a sequence
• the previous term of a sequence