MCQ
Which of the following is irrational$?$
- A$0.\overline{1416}$
- ✓$0.4014001400014$
- C$0.14$
- D$0.14\overline{16}$
✓
Answer
Correct option: B.
$0.4014001400014$
$0.4014001400014$ is the irrational number.
Because an irrational number is non terminating and non repeation.
Need a full question paper?
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
Explore more
Similar questions
$A(-6, 3)$ be a point on the graph. Draw $AL$ $\perp$ $x-$axis. The co-ordinates of $L$ are:
→The angles of a triangle are in the ratio $2 : 3 : 4$. The largest angle of the triangle is:
→The value of 0.9999... when expressed as a fraction in the simplest form is
$PQRS$ is a quadrilateral. $PR$ and $QS$ intersect each other at $O$. In which of the following cases, $PQRS$ is a parallelogram?
→The value of $\sqrt[3]{1000}$ is:
→If $ABCD$ is a cyclic trapezium in which $AD || BC$ and $\angle\text{B}=60^\circ,$ then $\angle\text{BCD}$ is equal to:
→If $10^\text{x}=64,$ what is the value of $10^{\frac{\text{x}}{2}+1}?$
→The table given below shows the month of birth of $36$ students of a class.
A student is chosen at random from the class. What is the probability that the chosen student was born in October$?$
→|
Month of birth
|
Jan.
|
Feb.
|
March
|
April
|
May
|
June
|
July
|
Aug.
|
Sept.
|
Oct.
|
Nov.
|
Dec.
|
|
No. of students
|
$4$
|
$3$
|
$5$
|
$0$
|
$1$
|
$6$
|
$1$
|
$3$
|
$4$
|
$3$
|
$4$
|
$3$
|
If bisector of $\angle\text{A}$ and $\angle\text{B}$ of a quadrilateral $ABCD$ intersect each other at $p, \angle\text{B}$ and $\angle\text{C} $at $Q, \angle\text{C}$ and $\angle\text{D}$ at $R$ and, $\angle\text{D}$ and $\angle\text{A}$ at $S$ then $PQRS$ is $a:$
→The side faces of a prism are: