>
MET 2011
List of top Questions asked in MET- 2011
SPASMODIC
MET - 2011
MET
English
Vocabulary
SHAME
MET - 2011
MET
English
Vocabulary
Old habits die hardly.
MET - 2011
MET
English
Grammar
RESCUE
MET - 2011
MET
English
Vocabulary
AGONY
MET - 2011
MET
English
Vocabulary
REQUISITE
MET - 2011
MET
English
Vocabulary
In a little publicised deal, Pepsi Cola has .......... the entire soft drink market in Afghanistan.
MET - 2011
MET
English
Grammar
DILETTANTE
MET - 2011
MET
English
Vocabulary
The tyrant .......... anyone whom he regarded as a rival.
MET - 2011
MET
English
Grammar
FLAK
MET - 2011
MET
English
Vocabulary
HOODLUM
MET - 2011
MET
English
Vocabulary
I hope you must have .......... by now that failures are the stepping stones to success.
MET - 2011
MET
English
Grammar
A person without manners or polish is
MET - 2011
MET
English
Vocabulary
The teacher ordered Kamal to leave the room and .......... him to return
MET - 2011
MET
English
Grammar
Member of a band of robbers
MET - 2011
MET
English
Vocabulary
The solution of the differential equation \( \frac{dy}{dx} - \sin x \sin y = 0 \) is
MET - 2011
MET
Mathematics
Differential equations
A speech by an actor at the end of a play is
MET - 2011
MET
English
Vocabulary
A person concerned with practical results and values is
MET - 2011
MET
English
Vocabulary
The inverse of the proportion \( (p \wedge q) \Rightarrow r \) is
MET - 2011
MET
Mathematics
implications
If the roots of the cubic equation \( ax^3 + bx^2 + cx + d = 0 \) are in GP, then
MET - 2011
MET
Mathematics
geometric progression
If \( \log_3 2 \), \( \log_3 (2^x - 5) \), and \( \log_3 \left( \frac{2^x - 7}{2} \right) \) are in AP, then \( x \) is equal to
MET - 2011
MET
Mathematics
sequences
In the group \( G = \{ 1, 2, 3, 4, \times_5 \} \), the solution of \( 2^{-1} \times (3 \times 5^x) = 4 \) is
MET - 2011
MET
Mathematics
Number Theory
The least remainder when \( 17^{30} \) is divided by 5, is
MET - 2011
MET
Mathematics
Number Theory
The equation of the ellipse whose axes are parallel to the coordinate axes having its centre at the point \( (2, -3) \) and focus at \( (3, -3) \) and one vertex at \( (4, -3) \) is
MET - 2011
MET
Mathematics
Ellipse
The circle on focal radii of a parabola as diameter touches
MET - 2011
MET
Mathematics
sections of a cone
Prev
1
2
3
4
...
10
Next