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Which statements about a line and its inverse are true? Select all that apply. Their slopes will always be the opposite reciprocal of each other. Their slopes will always be the reciprocal of each other. They may be parallel to each other. If their slopes are not equal, the lines will intersect each other on the line y = x. The inverse of any line in the form y = -x +n, where n is any real number, will always be defined by the same equation.

Which statements about a line and its inverse are true? Select all that apply. Their slopes will always be the opposite reciprocal of each other. Their slopes will always be the reciprocal of each other. They may be parallel to each other. If their slopes are not equal, the lines will intersect each other on the line y = x. The inverse of any line in the form y = -x +n, where n is any real number, will always be defined by the same equation.

Intermediate Algebra
Intermediate Algebra
10th Edition
ISBN:9781285195728
Author:Jerome E. Kaufmann, Karen L. Schwitters
Publisher:Jerome E. Kaufmann, Karen L. Schwitters
Chapter7: Equations And Inequalities In Two Variables
Section7.4: Determining The Equation Of A Line
Problem 83PS
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Which statements about a line and its inverse are true? Select all that apply. Their slopes will always be the opposite reciprocal of each other. Their slopes will always be the reciprocal of each other. They may be parallel to each other. If their slopes are not equal, the lines will intersect each other on the line y = x. The inverse of any line in the form y = -x +n, where n is any real number, will always be defined by the same equation.
Transcribed Image Text:Which statements about a line and its inverse are true? Select all that apply. Their slopes will always be the opposite reciprocal of each other. Their slopes will always be the reciprocal of each other. They may be parallel to each other. If their slopes are not equal, the lines will intersect each other on the line y = x. The inverse of any line in the form y = -x +n, where n is any real number, will always be defined by the same equation.
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