Exit Slip #3 Sequences

Last updated over 4 years ago

5 questions

Exit Slip #3 Sequences

Library

Exit Slip #3 Sequences

Last updated over 4 years ago

5 questions

Exit Slip #3 Sequences

Question 1

A Greek theater has 30 seats in the
first row of the center section.
Each row behind the first row gains
two additional seats.

This is an example of a(n) _______________________
sequence. How many seats are in
the 5th row of the center section?

[Space is provided for optional work.]

arithmetic ; 38 seats in the 5th row

arithmetic ; 36 seats in the 5th row

geometric ; 36 seats in the 5th row

geometric ; 38 seats in the 5th row

Question 2

If f (1) = 3 and f (n) = -2 f (n - 1) + 1 ,
then f (5) =

[Space is provided for optional work.]

-5

21

43

11

Question 3

Given the following three sequences:

I. 2 , 4 , 6 , 8 , 10 , ...
II. 2 , 4 , 8 , 16 , 32 , ...
III. a , a + 2 , a + 4 , a + 6 , a + 8 , ...

Which ones are arithmetic sequences?

[Space is provided for optional work.]

II and III , only

I and III , only

I and II , only

I , II , and III

Question 4

Winkler's Research Lab is to begin
experimentation with a bacteria
that doubles every 4 hours.
The lab starts with 200 bacteria.

Which recursive formula represents
the growth numbers of the bacteria?

[Space is provided for optional work.]

Question 5

Winkler's Research Lab is to begin
experimentation with a bacteria that
doubles every 4 hours.
The lab starts with 200 bacteria.

How many bacteria will be present
at the end of the 12th hour?

[Space is provided for optional work.]

Question 1

A Greek theater has 30 seats in the
first row of the center section.
Each row behind the first row gains
two additional seats.

This is an example of a(n) _______________________
sequence. How many seats are in
the 5th row of the center section?

[Space is provided for optional work.]

arithmetic ; 38 seats in the 5th row

arithmetic ; 36 seats in the 5th row

geometric ; 36 seats in the 5th row

geometric ; 38 seats in the 5th row

Question 2

If f (1) = 3 and f (n) = -2 f (n - 1) + 1 ,
then f (5) =

[Space is provided for optional work.]

-5

21

43

11

Question 3

Given the following three sequences:

I. 2 , 4 , 6 , 8 , 10 , ...
II. 2 , 4 , 8 , 16 , 32 , ...
III. a , a + 2 , a + 4 , a + 6 , a + 8 , ...

Which ones are arithmetic sequences?

[Space is provided for optional work.]

II and III , only

I and III , only

I and II , only

I , II , and III

Question 4

Winkler's Research Lab is to begin
experimentation with a bacteria
that doubles every 4 hours.
The lab starts with 200 bacteria.

Which recursive formula represents
the growth numbers of the bacteria?

[Space is provided for optional work.]

Question 5

Winkler's Research Lab is to begin
experimentation with a bacteria that
doubles every 4 hours.
The lab starts with 200 bacteria.

How many bacteria will be present
at the end of the 12th hour?

[Space is provided for optional work.]

Exit Slip #3 Sequences

Exit Slip #3 Sequences

Exit Slip #3 Sequences

Exit Slip #3 Sequences

A Greek theater has 30 seats in thefirst row of the center section.Each row behind the first row gainstwo additional seats.This is an example of a(n) _______________________sequence. How many seats are inthe 5th row of the center section?[Space is provided for optional work.]

If f (1) = 3 and f (n) = -2 f (n - 1) + 1 ,then f (5) =[Space is provided for optional work.]

Given the following three sequences:I. 2 , 4 , 6 , 8 , 10 , ...II. 2 , 4 , 8 , 16 , 32 , ...III. a , a + 2 , a + 4 , a + 6 , a + 8 , ...Which ones are arithmetic sequences?[Space is provided for optional work.]

Winkler's Research Lab is to beginexperimentation with a bacteriathat doubles every 4 hours.The lab starts with 200 bacteria.Which recursive formula representsthe growth numbers of the bacteria?[Space is provided for optional work.]

Winkler's Research Lab is to beginexperimentation with a bacteria thatdoubles every 4 hours.The lab starts with 200 bacteria.How many bacteria will be presentat the end of the 12th hour?[Space is provided for optional work.]

A Greek theater has 30 seats in thefirst row of the center section.Each row behind the first row gainstwo additional seats.This is an example of a(n) _______________________sequence. How many seats are inthe 5th row of the center section?[Space is provided for optional work.]

If f (1) = 3 and f (n) = -2 f (n - 1) + 1 ,then f (5) =[Space is provided for optional work.]

Given the following three sequences:I. 2 , 4 , 6 , 8 , 10 , ...II. 2 , 4 , 8 , 16 , 32 , ...III. a , a + 2 , a + 4 , a + 6 , a + 8 , ...Which ones are arithmetic sequences?[Space is provided for optional work.]

Winkler's Research Lab is to beginexperimentation with a bacteriathat doubles every 4 hours.The lab starts with 200 bacteria.Which recursive formula representsthe growth numbers of the bacteria?[Space is provided for optional work.]

Winkler's Research Lab is to beginexperimentation with a bacteria thatdoubles every 4 hours.The lab starts with 200 bacteria.How many bacteria will be presentat the end of the 12th hour?[Space is provided for optional work.]

A Greek theater has 30 seats in the
first row of the center section.
Each row behind the first row gains
two additional seats.

This is an example of a(n) _______________________
sequence. How many seats are in
the 5th row of the center section?

[Space is provided for optional work.]

If f (1) = 3 and f (n) = -2 f (n - 1) + 1 ,
then f (5) =

[Space is provided for optional work.]

Given the following three sequences:

I. 2 , 4 , 6 , 8 , 10 , ...
II. 2 , 4 , 8 , 16 , 32 , ...
III. a , a + 2 , a + 4 , a + 6 , a + 8 , ...

Which ones are arithmetic sequences?

[Space is provided for optional work.]

Winkler's Research Lab is to begin
experimentation with a bacteria
that doubles every 4 hours.
The lab starts with 200 bacteria.

Which recursive formula represents
the growth numbers of the bacteria?

[Space is provided for optional work.]

Winkler's Research Lab is to begin
experimentation with a bacteria that
doubles every 4 hours.
The lab starts with 200 bacteria.

How many bacteria will be present
at the end of the 12th hour?

[Space is provided for optional work.]

A Greek theater has 30 seats in the
first row of the center section.
Each row behind the first row gains
two additional seats.

This is an example of a(n) _______________________
sequence. How many seats are in
the 5th row of the center section?

[Space is provided for optional work.]

If f (1) = 3 and f (n) = -2 f (n - 1) + 1 ,
then f (5) =

[Space is provided for optional work.]

Given the following three sequences:

I. 2 , 4 , 6 , 8 , 10 , ...
II. 2 , 4 , 8 , 16 , 32 , ...
III. a , a + 2 , a + 4 , a + 6 , a + 8 , ...

Which ones are arithmetic sequences?

[Space is provided for optional work.]

Winkler's Research Lab is to begin
experimentation with a bacteria
that doubles every 4 hours.
The lab starts with 200 bacteria.

Which recursive formula represents
the growth numbers of the bacteria?

[Space is provided for optional work.]

Winkler's Research Lab is to begin
experimentation with a bacteria that
doubles every 4 hours.
The lab starts with 200 bacteria.

How many bacteria will be present
at the end of the 12th hour?

[Space is provided for optional work.]