It's a Question of your Career!

Correct Answer: 53

Solution : Given:
First row – 12, 19, 26
Second row – 28, 35, 42
Third row – 39, 46,?

In the above-given rows add 7 in the first number to obtain the second number and again add 7 in the second number to obtain the third

Correct Answer: 19

Solution :
If two sides of a triangle are equal, then the angles opposite to these sides are equal.
An exterior angle of a triangle is equal to the sum of the two opposite interior angles.
Angle - Angle (AA) property:-
In two triangles, if two pairs

Correct Answer: 3

Solution : Use the formula below,
Simple Interest = $\frac{\text{Principal×Rate×Time}}{100}$
Let the number of years be $x$.
Simple Interest on Rs. 2600 at the Rate of $6\frac{2}{3}$% interest is,
= $\frac{2600×\frac{20}{3}×x}{100}$
= $\frac{520x}{3}$
= $x$ should be 3, 6, 9..... for the exact number.
So, the least

Correct Answer: Y

Solution : Given:
1. U is sitting to the immediate left of W.
2. X sits exactly in between V and Y.
3. W and V are sitting next to each other.

So, from the final seating arrangement, Y sits immediately left of U. Hence, the third

Correct Answer: 21,00,000

Solution : As per the given graph,
The total production of mobile phones in 2007 = 35 lakh
The number of mobiles of model A manufactured in 2007 = 30% of 35 lakh = 10,50,000
The number of mobiles of model B manufactured in 2007 = 15%

Correct Answer: –1

Solution : To solve $(a^{2}-ax)$, we first need to calculate the value of $a$:
$a= \frac{\sqrt{x+2}+\sqrt{x-2}}{\sqrt{x+2}-\sqrt{x-2}} \times \frac{\sqrt{x+2}+\sqrt{x-2}}{\sqrt{x+2}+\sqrt{x-2}} = \frac{2x+2\sqrt{x^2-4}}{4}= \frac{x+\sqrt{x^2-4}}{2}$
⇒ $2a=x+\sqrt{x^2-4}$
⇒ $2a-x=\sqrt{x^2-4}$
Squaring both sides, we have,
⇒ $4a^2+x^2-4ax=x^2-4$
⇒ $a^2-ax=-1$
Hence, the correct answer is –1.

Correct Answer: Bihar

Solution : The correct answer is Bihar.

The Mahabodhi Temple, an ancient Buddhist temple, is in Bihar, India. Specifically, it is located in Bodh Gaya, a city known for being the place where Gautama Buddha is said to have attained enlightenment under the Bodhi Tree.

Correct Answer: –3

Solution : Given: Slope of the line passing through points (7, –2) and ($x$, 1) is $\frac{–3}{10}$.
Slope of the line joining $(x_{1},y_{1})$ and $(x_{2},y_{2})$ is given by,
$m=\frac{y_{2}-y_{1}}{x_{2}-x_{1}}$
$⇒\frac{-3}{10}=\frac{1-(-2)}{x-7}$
$⇒\frac{-3}{10}=\frac{3}{x-7}$
$⇒–3x+21=30$
$⇒–3x=9$
$⇒x=–3$
Hence, the correct answer is –3.

Correct Answer: Third from left

Solution : Given:
Here, names are denoted by the initial letter.
Pradeep→P, Tannu→T, Sohail→S, Nikku→N, Rinku→R

(I) Pradeep sits to the right of Sohail and Tannu. Sohail sits to the right of Tannu. Sohail is an immediate neighbour of Tannu.

(II) Pradeep is an immediate

Correct Answer: Bankim Chandra Chattopadhyay

Solution : The correct option is Bankim Chandra Chattopadhyay.

Bankim Chandra Chattopadhyay, a renowned Indian author and poet, is credited with writing the first major Indian novel in English. His novel "Rajmohan's Wife" was serialized in the Indian Field magazine in 1864, making it the