Algebra: #4 Relations and Functions by Ordered Pairs
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Last updated about 1 year ago
6 questions
1
Determine if the relation is a function. If it is, type yes. If it isn't, type no, a comma, and then number that breaks the rule.
Determine if the relation is a function. If it is, type yes. If it isn't, type no, a comma, and then number that breaks the rule.
1
Determine if the relation is a function. If it is, type yes. If it isn't, type no, a comma, and then number that breaks the rule.
Determine if the relation is a function. If it is, type yes. If it isn't, type no, a comma, and then number that breaks the rule.
1
Determine if the relation is a function. If it is, type yes. If it isn't, type no, a comma, and then number that breaks the rule.
Determine if the relation is a function. If it is, type yes. If it isn't, type no, a comma, and then number that breaks the rule.
1
Determine if the relation is a function. If it is, type yes. If it isn't, type no, a comma, and then number that breaks the rule.
Determine if the relation is a function. If it is, type yes. If it isn't, type no, a comma, and then number that breaks the rule.
1
Determine if the relation is a function. If it is, type yes. If it isn't, type no, a comma, and then number that breaks the rule.
Determine if the relation is a function. If it is, type yes. If it isn't, type no, a comma, and then number that breaks the rule.
1
Determine if the relation is a function. If it is, type yes. If it isn't, type no, a comma, and then number that breaks the rule.
Determine if the relation is a function. If it is, type yes. If it isn't, type no, a comma, and then number that breaks the rule.