Correct Answer: Strawberry

Solution : The correct answer is Strawberry.

Strawberries are one of the few fruits in which the seeds are situated on the outside rather than the inside. The "fruit" or "flesh" of a strawberry is the receptacle (the thicker section of the stem) of the bloom. The small seed-like structures that cover the surface of the strawberry are the plant's true fruits containing seeds. These seed-like formations are referred to as "achenes." Inside each achene is a little, true seed.

Correct Answer: $0$

Solution : $4 \sin ^2 \mathrm{A}-3=0$
$⇒\sin ^2 A = \frac{3}{4}$
$⇒\sin  A = \frac{\sqrt{3}}{2}$
$3 \sin \mathrm{A}-4 \sin ^3 \mathrm{A}$
$=3 (\frac{\sqrt{3}}{2}) - 4 (\frac{\sqrt{3}}{2})^3 $
$=3 (\frac{\sqrt{3}}{2}) - 4 (\frac{\sqrt{3}}{2})^3 $
$=3 (\frac{\sqrt{3}}{2}) - 4 (\frac{3\sqrt{3}}{8}) $
$=(\frac{3\sqrt{3}}{2}) - (\frac{3\sqrt{3}}{2}) $
$= 0$
Hence, the correct answer is $0$.

Correct Answer: pickle

Solution : The correct choice is the third option.

End up in a pickle is an idiom that means to end up in a troublesome or difficult situation. Pickle is the correct choice here, as it helps convey the intended meaning that no matter how many times the speaker tries, he always ends up in the same challenging situation.

Therefore, the complete sentence is: No matter how many times I try, I always end up in the same pickle.

Correct Answer: SUVY

Solution : Let's check the options –
First option: DEFY; DEFY is a meaningful word that means refuse to obey.
Second option: HINT; HINT is a meaningful word that means clue.
Third option: MOST; Most is a meaningful word that means to the greatest extent.
Fourth option: SUVY; SUVY is not a meaningful word.

So, except SUVY all others are meaningful words. Hence, the fourth option is correct.

Correct Answer: Both A and C

Solution : The correct option is Both A and C.

In the M1 measure of money supply, the following is included: Currency with the Public and Demand Deposits with Commercial Banks/RBIs of Public Financial Institutions. M1 includes the most liquid components of the money supply, such as physical currency (coins and paper money) in the hands of the public and demand deposits with commercial banks. Time deposits and other less liquid assets, such as time deposits with the Post Office, are not part of M1 but are part of broader measures of money supply, such as M2 or M3.

Correct Answer: n=4, I=3, m=+1, s=+1 / 2

Solution : The correct option is n=4, I=3, m=+1, s=+1 / 2.

The four quantum numbers for an electron in a 4f orbital are:

1. Principal quantum number (n) = 4.
2. Azimuthal quantum number (l) = 3.
3. Magnetic quantum number (m_l) can take values from -3 to +3, including 0.
4. The spin quantum number (m_s) can be either +1/2 or -1/2.

Correct Answer: these

Solution : The most appropriate option is the fourth option.

Explanation:

"These" is a demonstrative pronoun that refers to more than one thing or group of things. In the context of the sentence, "these" is the most fitting choice because it refers back to the federal pollinator experts and the specific group of important insects, birds, bats, and other species they are assessing.

Therefore, the correct word is these.

Correct Answer: Dahi Handi

Solution : The correct option is Dahi Handi.

In October 2022, Maharashtra formally designated Dahi Handi as an adventure sport, although it is not yet classified as a mainstream sport by the Sports Authority of India. This recognition underscores its cultural importance and encourages athleticism within this traditional activity, establishing Dahi Handi as Maharashtra's official sport.

Correct Answer: Lion

Solution : Given:
Nest : Bird :: Den : ? 

Like, birds live in nests.
Similarly, lions live in dens.

Hence, the second option is correct.

Correct Answer: $2(1+\sec A)$

Solution : Given: 
$\frac{\cos A}{1+\sin A}+\frac{1+\sin A}{\cos A}+2$
= $\frac{\cos^2A+1+\sin A+\sin A+\sin^2A}{(1+\sin A)(\cos A)}+2$
= $\frac{2+2\sin A}{(1+\sin A)(\cos A)}+2$
= $\frac{2(1+\sin A)}{(1+\sin A)(\cos A)}+2$
= $\frac{2}{\cos A}+2$
= $2\sec A+2$
= $2(1+\sec A)$
Hence, the correct answer is $2(1+\sec A)$.