Correct Answer: 27th December 1911 in Calcutta

Solution : The correct answer is 27 December 1911 in Calcutta.

It was originally a Bengali poem that was later translated into Hindi. The translator of the poem is Abid Ali. It takes a total of 52 seconds to complete this anthem.

Correct Answer: 75200

Solution : $\frac{427 \times 427 \times 427+325 \times 325 \times 325}{42.7 \times 42.7+32.5 \times 32.5-42.7 \times 32.5}$
= $\frac{(42.7 \times 42.7+32.5 \times 32.5-42.7 \times 32.5)(42.7+32.5)(10^3)}{42.7 \times 42.7+32.5 \times 32.5-42.7 \times 32.5}$
= $75.2 × 10^3$
= $75200$
Hence, the correct answer is 75200.

Correct Answer: 64

Solution : On moving in the anticlockwise direction, (starting from 16), the first three numbers are the squares of 4, 6, and 8, and the next three are the cubes of 4, 6, and 8.
(4)² = 16; (6)² = 36; (8)² = 64;

Correct Answer: $\frac{(a-3)}{3a}$

Solution : Time taken by Dhiru and Kaku together = 60 hours
Efficiency of Dhiru and Kaku together = $\frac{1}{60}$
Time taken by Dhiru alone to dig $\frac{1}{a}$ of a field = 20 hours
Efficiency of Dhiru = $\frac{1}{20a}$
Efficiency of Kaku = $\frac{1}{60}$ – $\frac{1}{20a}$ =

Correct Answer: doubtful of

Solution : The correct answer to this question is the fourth option.

The substitute "doubted her success" conveys the same meaning in a more grammatically correct and natural way. It accurately reflects that Kiran's teacher had doubts or reservations about Kiran's potential for success.

The correct

Correct Answer: Veerabhadra

Solution : The correct answer is Veerabhadra.

Veerabhadra Lepakshi temple is located in Anantapur district in Andhra Pradesh and this temple is famous for its hanging pillars.

Correct Answer: 15

Solution : The rates at which A, B, and C can complete the work are $\frac{1}{20}$, $\frac{1}{30}$, and $\frac{1}{60}$ of the work per day, respectively.
In a cycle of three days, A works for three days, B works for one day, and C works for one day.

Correct Answer: $2$

Solution : Given $\frac{\sqrt{24} + \sqrt{216}}{\sqrt{96}}$
Simplifying this expression by factorising the values,
$\frac{\sqrt{2\times2\times2\times 3} + \sqrt{2\times2\times2\times3\times3\times3}}{\sqrt{2\times2\times2\times2\times2\times3}}$
= $\frac{\sqrt{4\times6} + \sqrt{6\times36}}{\sqrt{6\times16}}$
= $\frac{2\sqrt{6} + 6\sqrt{6}}{4\sqrt{6}}$
= $\frac{8\sqrt{6}}{4\sqrt{6}}$
= $\frac{8}{4}$
= $2$
Hence, the correct answer is 2.

Correct Answer: 47.5

Solution : Given: 60 men can complete a work in 40 days.
Total work = 60 × 40 = 2400 units
60 men worked in 10 days = 600 units
55 men worked in 10 days = 550 units
50 men worked in 10 days = 500

Correct Answer: Hippocrates

Solution : The correct option is Hippocrates.

Hippocrates is known as the "Father of Medicine." He was a Greek physician who practised from 460 to 377 BCE. His contribution to the development of contemporary Western medicine is acknowledged.