It's a Question of your Career!

Correct Answer: Florence Nightingale

Solution : The answer is Florence Nightingale.

The founder of modern nursing, Florence Nightingale (1820–1910), also known as "The Lady With the Lamp". She was so dedicated that she had a habit of making rounds at night to check on the soldiers injured during the

Correct Answer: 30%

Solution : Discount = 20%
Profit = 4%
Let the cost price (CP) be 100
Profit = 4% of 100 = $\frac{4}{100}\times 100 = 4$
Selling Price of the product, SP = 100 + 4 = 104
Let the Marked Price (MP) be x.
Discount = $\frac{20}{100}\times

Correct Answer: won't we?

Solution : The correct choice is the second option.

If the statement is positive or affirmative, the question tag should be negative, and if the statement is negative, the question tag used should be positive, keeping the same tense in both.

If the statement starts

Correct Answer:

Solution : When the given folded paper is unfolded, it will look like –

Hence, the first option is correct.

Correct Answer: ADBC

Solution : The correct order is the third option.

Explanation: 

• Sentence A (The computer company was in a crisis as its sales and profits were falling.): This serves as an introduction, setting the stage by presenting the problem the computer company faced—a crisis due to declining sales

Correct Answer: 35 : 36 : 6

Solution : Let's check the given options –
First option: 24 : 25 : 5→(5)² – 1 = 25 – 1 = 24; 5 × 5 = 25
Second option: 35 : 36 : 6→(6)² – 1 = 36 – 1

Correct Answer: 32.9 m

Solution :
Given, AB = 45 m
In $\triangle$ABC
$\tan$ 45° = $\frac{\text{AB}}{\text{BC}}$
⇒ 1 = $\frac{45}{\text{BC}}$
⇒ BC = 45 m
In $\triangle$ABD
$\tan 30° = \frac{\text{AB}}{\text{BD}}$
⇒ $\frac{1}{\sqrt{3}} = \frac{45}{\text{BD}}$
⇒ BD = $45\sqrt{3}$
Also, BD = CD + BC
⇒ $45\sqrt{3}$ = CD

Correct Answer: 45° and 15°

Solution : Given: $\tan (A+B)=\sqrt{3}$ and $\tan (A-B)=\frac{1}{\sqrt{3}}$
$\tan (A+B)=\sqrt{3}=\tan60°$
⇒ $A+B=60°$ .........................(1)
Also, $\tan (A-B)=\frac{1}{\sqrt{3}}=\tan30°$
⇒ $A-B=30°$ ............................(2)
Solving equations (1) and (2) we get,
$A=45°$ and $B=15°$
Hence, the correct answer is 45° and 15°.

Correct Answer: Lord Warren Hastings

Solution : The correct answer is Lord Warren Hastings.

Warren Hastings was the governor of Bengal at the time, and the title of governor general was bestowed upon him by the Regulating Act of 1773. He had given him power not only over

Correct Answer: Literature

Solution : The correct option is - Literature.

The Bharatiya Jnanpith annually presents an author with the Jnanpith Award, the highest and oldest literary honor in India, in recognition of their "outstanding contribution to literature." The award, which was established in 1961, is only given to Indian