Correct Answer: Nirmala Sitharaman

Solution : The correct answer is Nirmala Sitharaman.

The Cabinet Minister for the Ministry of Corporate Affairs as of June 30, 2020, was Nirmala Sitharaman. Sitharaman's tenure as the Minister of Corporate Affairs was marked by several significant initiatives, including the introduction of the Insolvency and Bankruptcy Code (IBC) in 2016, which aimed to streamline the process of resolving corporate insolvency in India. She is the first full-time female Finance Minister of India since 2019.

Correct Answer:

Solution : As there is a restriction on the rotation of the figure, we will check where the question figure can exactly fit itself in the given option figures.
By comparison of all the option figures, the given question figure is embedded only in the second option figure.

Hence, the second option is correct.

Correct Answer: of losing

Solution : The correct option is the first option.

Explanation:
Losing is the correct spelling here. It means failing to retain something, which fits the context of Sia being afraid of losing her favourite doll.

Therefore, the correct sentence would be, "Sia is always afraid of losing her favourite doll."

Correct Answer: 3

Solution : According to the dice rule, if two positions of the same dice are given with two common faces but in different orientations then out of those two common faces the faces that are not common are opposite to each other.

Therefore, the opposite face of the 1 is 3. Hence, the third option is correct.

Correct Answer:

Solution : In the 3D view of dice,
1. Each face out of the three faces in the 3D view should be from all the pairs.
2. Two opposite faces cannot appear adjacently in the 3D view of a folded cube figure. So, the opposite pairs of faces are as follows –

So, in the 3D view of dice, the face opposite the face showing  is . Hence, the first option is correct.

Correct Answer: $\sqrt{63}$

Solution :
Draw PT perpendicular to QR.
PT = $\frac{\sqrt3}{2}\times 9=\frac{9\sqrt3}{2}$ cm
QT = $\frac{9}{2}$ cm
Given, QR = 3QS ⇒ QS = $\frac{9}{3}$ = 3 cm
ST = QT – QS =$\frac{9}{2} -3$ = $\frac{3}{2}$
Using Pythagoras' theorem: Hypotenuse² = Base² + Perpendicular²
PS² = PT²  + ST²
(PS)² = $(\frac{9\sqrt3}{2})^2 + (\frac{3}{2})^2$
⇒ $(PS)^2=\frac{243}{4} + \frac{9}{4}$
⇒ $(PS)^2=\frac{252}{4}$
⇒ $(PS)^2=63$
⇒ $PS=\sqrt{63}$
Hence, the correct answer is $\sqrt{63}$ cm.

Correct Answer: 3

Solution : The correct choice is the third option.

The correct term is "keep quiet", which means to remain silent or not speak. "Keep quite" is incorrect. Quite means completely or entirely, whereas quiet means making little or no noise.

Therefore, the correct sentence is: I did not like his comments on my paper, but I had no alternative as I had agreed to keep quiet.

Correct Answer: S T U L K T U

Solution : Given:
_ L _ _ K S _ T U _ S L _ _ K

To fill the series we have to divide the series –    _ L _ _ K / S _ T U _ / S L _ _ K
Let's check each option –
First option: L U S K T U K;  L L U S K / S K T U T / S L U K K (No repeated pattern has been found)
Second option: U T S K T L U; U L T S K / S K T U T / S L L U K (No repeated pattern has been found)
Third option: S T U L K T U;  S L T U K / S L T U K / S L T U K (SLTUK is repeated in the series)
Fourth option: K T U L U T S; K L T U K / S L T U U / S L T S K (No repeated pattern has been found)

So, the series becomes→S L T U K S L T U K S L T U K. Hence, the third option is correct.

Correct Answer:

Solution : As per the mirror image properties, closer things appear close to the mirror in the reflection.
Here, according to the information provided, the mirror is placed on the right side of the figure. So, the left side of the reflected image will appear as the right side, and the right side will appear as the left side. However, the top and bottom of the reflected image will remain the same.
Thus, the correct mirror image of the given figure will be –

Hence, the third option is correct.

Correct Answer: 20

Solution : Let the speed of the forward journey be $x$ km/hr.
Speed of return journey will = $(x + 10)$ km/hr
Time taken in return journey = $\frac{300}{(x + 10)}$ hours
Time taken in forward journey = $\frac{300}{x}$ hours
According to the question,
⇒ $\frac{300}{x} -\frac{300}{x+10} = 5$
⇒ $\frac{300(x + 10) - 300x}{x(x + 10)} = 5$
⇒ $300x + 3000 - 300x = 5x^2+50x$
⇒ $3000 = 5x^2 + 50x$
⇒ $5x^2 + 50x - 3000 = 0$
⇒ $x^2 + 10x - 600 = 0$
⇒ $x^2 + 30x - 20x - 600 = 0$
⇒ $x(x + 30) - 20(x + 30) = 0$
⇒ $(x - 20)(x + 30) = 0$
As speed cannot be negative, so $x=20$ km/hr
Hence, the correct answer is 20.