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Analogy
Complete Analogous Pair
Simple Analogy
Choose Analogous Pair
Double Analogy
Choose A Similar Word
Detect Analogies
Three Word Analogy
Number Analogy
Alphabet Analogy
Classification
Choose Odd Word
Choose odd Pair of Words
Choose odd Numbers
Choose odd Number Pair / Group
Choose Odd Letter Group
Series Completion
Number Series
Alphabet Series
Letter Series
Coding - Decoding
Letter Coding
Number Coding
Number To Letter Coding
Substitution
Mixed Letter Coding
Mixed Number Coding
Blood Relations
Deciphering Jumbled Up Descriptions
Relation Puzzle
Coded Relations
Puzzle Test
Classification Type Questions
Seating / Placing Arrangements
Comparison Type Questions
Sequential Order Of Things
Selection Based On Given Conditions
Family-Based Problems
Jumbled Problems
Clock Puzzels
Sequential Output Tracing
Type 1
Alphabet Test
Alphabetical Order Of Words
Letter-Word Problems
Rule-Detection
Alphabetical Quibble
Word Formation
Number-Ranking-Time Sequence
Number Sequence
Ranking Sequence
DateTime Sequence
Mathematical Operations
Problem-Solving By Substitution
Interchange Of Signs And Numbers
Inserting the Missig Character
Type 1
Decision Making
Assertion and Reason
Type 1
Situation Reaction Test
Type 1
Verification of Truth of the Statement
Type 1
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The equations 3x - 4y = 5 and 12x - 16y = 20 have :
A. no common solution.
B. exactly one common solution.
C. exactly two common solutions.
D. more than two common solutions.
E. None of the above
View Answer
View Explanation
D.
MORE THAN TWO COMMON SOLUTIONS.
Posted in:
Linear Equations
-
Algebra
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Mathematics
618
1026
The solution of the system of simultaneous linear equations
4x - 3y = 7 and 7x + 5y = 2 is :
A. x = 1, y = 1
B. x = -1, y = 1
C. x = -1, y = -1
D. x = 1, y = -1
E. None of the above
View Answer
View Explanation
D.
X = 1, Y = -1
Posted in:
Linear Equations
-
Algebra
-
Mathematics
647
918
Consider the following two sets of equations :
I. 2x - y = 0 and 6x - 3y = 0
II. 3x - 4y = 0 and 12x - 20y = 0
A. both sets I and II possess unique solutions.
B. Set I possesses unique solution and set II has infinitely many solutions.
C. Set II possesses unique solution and set I possesses infinitely many solutions.
D. None of the sets I and II possesses a unique solution.
E. None of the above
View Answer
View Explanation
C.
SET II POSSESSES UNIQUE SOLUTION AND SET I POSSESSES INFINITELY MANY SOLUTIONS.
Posted in:
Linear Equations
-
Algebra
-
Mathematics
219
776
The system of equtions 3x + y - 1 = 0 and 6x + 2y - 2 = 0
A. has x = 1 and y = 2 as solutions
B. has x = -1 and y = -2 as solutions
C. does not have a solution
D. has infinitely many solutions
E. None of the above
View Answer
View Explanation
D.
HAS INFINITELY MANY SOLUTIONS
Posted in:
Linear Equations
-
Analogy
-
Verbal Reasoning
434
748
If 2x + 3y = 5 and x = - 2, then the value of y is:
A. 1/3
B. 1
C. 3
D. 9
E. None of the above
View Answer
View Explanation
C.
3
Posted in:
Linear Equations
-
Algebra
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Mathematics
733
738
1
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