Consider the two groups listed below. Which statement describes the sets?

-house

-complete mailing address

The relation (house, complete mailing address) is a function, but the relation (complete mailing address, house) is not.

The relation (complete mailing address, house) is a function, but the relation (house, complete mailing address) is not.

Both (house, complete mailing address) and (complete mailing address, house) are functions.

Neither the relation (house, complete mailing address) nor the relation (complete mailing address, house) is a function.

Question

Claire Arroyo

Mathematics

28 March, 22:21

Consider the two groups listed below. Which statement describes the sets?

-house

-complete mailing address

The relation (house, complete mailing address) is a function, but the relation (complete mailing address, house) is not.

The relation (complete mailing address, house) is a function, but the relation (house, complete mailing address) is not.

Both (house, complete mailing address) and (complete mailing address, house) are functions.

Neither the relation (house, complete mailing address) nor the relation (complete mailing address, house) is a function.

+2

Answers (1)

Know the Answer?

Isaias Greene · Answer 1

The right answer for the question that is being asked and shown above is that: "Neither the relation (house, complete mailing address) nor the relation (complete mailing address, house) is a function." This is the best statement that describes the set.