Inconsistent And Dependent Equation Quiz!
.
- 1.The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 2.
The above equations can best be described as :- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 3.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 4.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 5.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 6.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 7.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 8.The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 9.The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 10.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 11.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 12.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 13.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 14.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 15.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 16.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 17.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 18.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 19.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 20.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 21.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 22.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 23.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 24.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
- 25.
The above equations can best be described as :
- A.
Dependent (they are the same line with an infinite number of solutions)
- B.
Inconsistent (they are parallel lines with no solutions)
- C.
Intersecting (they have one unique pair of solutions)
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