Consider the system in unknowns and : and . Sets of all values of for which this system has (i) no solution, (ii) multiple solutions and (iii) a unique solution are respectively
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Consider the system in unknowns and : and . Sets of all values of for which this system has (i) no solution, (ii) multiple solutions and (iii) a unique solution are respectively
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Consider the system in unknowns x and y: ax+y=a² and x+ay=1. Sets of all values of a for which this system has (i) no solution, (ii) multiple solutions and (iii) a unique solution are respectively (A) (i) a<1 (ii) a>1 (iii) a=1 (B) (i) a=-1 (ii) a=1 (iii) a>1 (C) (i) a=-1 (ii) a=1 (iii) all other values of a (D) (i) a=-1 (ii) a=1 (iii) -1<a<+1
Also written as: Consider the system in unknowns x and y: ax+y=a^2 and x+ay=1. Sets of all values of a for which this system has (i) no solution, (ii) multiple solutions and (iii) a unique solution are respectively
Matrices, determinants and linear systems has come up 102 times in 7 exams since 2006.
This question is on Consistency, rank and solution spaces, part of Matrices, determinants and linear systems in Mathematics.
Whether a system has no solution, one or many, and the shape of its solution set.
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