| 
 True/FalseIndicate whether the
statement is true or false.
   | 
	|  |  1.  | Given  the following sequences, indicate whether if it’s an
arithmetic sequence.    | 
	|  |  2.  | Given  the following sequences, indicate whether if it’s an
arithmetic sequence.    | 
	|  |  3.  | Given  the following sequences, indicate whether if it’s an
arithmetic sequence.    | 
	|  |  4.  | Given  the following sequences, indicate whether if it’s an
arithmetic sequence.    | 
	| 
 Multiple ChoiceIdentify the
choice that best completes the statement or answers the question.
   | 
	|  |  5.  | Given each arithmetic sequence below, find the value of the seventh term   :   | 
	|  |  6.  | Given each arithmetic sequence below, find the value of the seventh term   :   | 
	|  |  7.  | Given each arithmetic sequence below, find the value of the seventh term   :   | 
	|  |  8.  | Given each arithmetic sequence below, find the value of the seventh term   : | a. | -14.8 | c. | -13.8 |  | b. | -16.3 | d. | -15.2 | 
  | 
	|  |  9.  | Given each arithmetic sequence below, find the value of the seventh term   :   | 
	|  |  10.  | Find the value of the second term in the arithmetic sequence:   | 
	|  |  11.  | Find the value of the second term in the arithmetic sequence:   | 
	|  |  12.  | Jimmy works as a vendor at the PNE selling frosted malts.  His boss pays
him $47 on the first day of work and increases his pay by $2.50 a day after each month.  How
much will he earn a day after working 13 months?   | 
	|  |  13.  | 1.      A sequence
   is an arithmetic sequence if and only if:
a)      All the terms are
positive                 
      b)      All the terms are getting
bigger
 c)   All the terms have a positive difference
 d) All the terms have the same
difference
 
  | 
	|  |  14.  | How many terms are in a sequence if the first
term is 14, fourth term is 38, and the last term is 190?  
  | 
	|  |  15.  | The first three terms of an arithmetic
sequence is given by the following expressions:   .  Find the value of “x”
:
  |