This assignment represents one 4 hour session. After completing it, you will take a quiz this covering material.
Be sure to show your work to recieve full credit for every problem. Remember you may use this assignment as notes for the quiz.
This assignment represents one 4 hour session. After completing it, you will take a quiz this covering material.
Be sure to show your work to recieve full credit for every problem. Remember you may use this assignment as notes for the quiz.
Use the set of ordered pairs to complete the relation table, relation mapping, and coordinate graph.
Use the set of ordered pairs to complete the relation table, relation mapping, and coordinate graph.
Determine whether the given relation is a function. (Function or Not a Function)
Determine whether the given relation is a function. (Function or Not a Function)
Determine whether the given relation is a function. (Function or Not a Function)
Determine whether the given relation is a function. (Function or Not a Function)
Determine whether the given relation is a function. (Function or Not a Function)
Determine whether the given relation is a function. (vor Not a Function)
Determine whether the given relation is a function. (Function or Not a Function)
Determine whether the given relation is a function. (Function or Not a Function)
Determine whether the given relation is a function. (Function or Not a Function)
Determine whether the given relation is a function. (Function or Not a Function)
Determine whether the given relation is a function. (Function or Not a Function)
Determine whether the given relation is a function. (Function or Not a Function)
Evaluate each function for the given value.
Evaluate each function for the given value.
Evaluate each function for the given value.
Determine whether the sequences are arithmetic. If yes, identify the common difference.
Is this an arithmetic sequence?
What is the common difference? (If it is not a sequence state n/a)
d=
Determine whether the sequences are arithmetic. If yes, identify the common difference.
Is this an arithmetic sequence?
What is the common difference? (If it is not a sequence state n/a)
d=
Given the arithmetic sequence, find the next three terms.
9, 13, 17, 21,
Given the arithmetic sequence, find the next three terms.
-8, -2, 4, 10,
-2, 0, 2, 4, ...
Rule
30, 26, 22, 18, ...
Rule
-11, -8, -5, -2 ...
Rule
Determine whether the sequences are geometric. If yes, identify the common ratio.
Is this a geometric sequence?
What is the common ratio? (If it is not a sequence state n/a)
r=
Determine whether the sequences are geometric. If yes, identify the common ratio.
Is this a geometric sequence?
What is the common ratio? (If it is not a sequence state n/a)
r=
Determine whether the sequences are geometric. If yes, identify the common ratio.
Is this a geometric sequence?
What is the common ratio? (If it is not a sequence state n/a)
r=
Given the geometric sequence, find the next three terms.
7, -21, 63,
Given the geometric sequence, find the next three terms.
3072, 768, 192,
Given the geometric sequence, find the next three terms.
8, 4, 2,
-4, 20, -100, ...
Rule
Use the rule from the previous problem to find a₇ of the geometric sequence.
-4, 20, -100, ...
400, 200, 100, ...
Rule
Use the rule from the previous problem to find a₇ of the geometric sequence.
400, 200, 100, ...
729, -243, 81, ...
Rule
Use the rule from the previous problem to find a₇ of the geometric sequence.
729, -243, 81, ...
Use the exponential growth formula to find the answer to this word problem.
Use the exponential decay formula to find the answer to this word problem.