Question Discussion & Solution

For this question,

Statements: The money plant has thin leaves and requires more water.

This statement explains the requirements and speciality of the Money plant.

Conclusion I: Plants with thin leaves require more water..

It can not be true as the statement is all about the Money plants but except for money plants, there are more plants that have thin leaves.

Conclusion II: Money plants cannot be grown in places with water scarcity.

It is completely according to the statement as it is true.

Hence, Option (4) is correct.

Additional Information

• If there are two or more sentences that are used to frame a statement, then, the sentences must be interrelated, and mutual contradiction should be there.
• Do not look for truthful notions. The information provided in the statement is the only requirement for a student to answer the question. No assumptions must be made.
• Read the statement carefully and look for keywords that are common between the statement and the conclusions
• If there is more than one conclusion that is applicable to the statement, students must ensure that the conclusions they opt for have some relation with each other.

The correct answer is Nagaland.

• 'Aaluyattu' is a folk dance form from the state of  Nagaland.

Key Points

• Aaluyattu is a folk dance form from the state of  Nagaland.
  • The dance is performed by the Konyak tribe.
  • Other folk dances of Nagaland are Modse, Agurshikukula, Sadal Kekai, Changai Dance, Kuki Dance, Leshalaptu, Khamba Lim, Mayur Dance, Rengma, Monyoasho, Seecha and Kukui Kucho.

Additional Information

• The folk dances of Kerala are Kaikottikali,  Mudiyett, Sangha Kali, Brahmanippattu, Dappu Kali, Kolkali and Vattakkali.
• The folk dances of Haryana are Ghumar, Ras Leela, Phag Dance, Loor, Daph dance.
• The folk dances of Goa are Dekhni, fugdi, Dashavatara, Dhalo, Goff and Kunbi.

The correct answer is Mercury.

Key Points

• Mercury is the closest planet to the Sun.
• The planet probably received this name because it moves so quickly across space.
• Temperature variations on Mercury are the most extreme in the solar system ranging from 90 K to 700 K.
• Mercury is the second densest major body in the solar system, after Earth.

Important Points 

• The solar system is made up of the sun and everything that orbits around it, including planets, moons, asteroids, comets, and meteoroids.
  • It extends from the sun, called Sol by the ancient Romans, and goes past the four inner planets, through the Asteroid Belt to the four gas giants and on to the disk-shaped Kuiper Belt and far beyond to the teardrop-shaped heliopause.
  • Scientists estimate that the edge of the solar system is about 9 billion miles (15 billion kilometers) from the sun.
  • Beyond the heliopause lies the giant, spherical Oort Cloud, which is thought to surround the solar system.

Additional Information 

•  The sun is at the center of our solar system and is its largest object, accounting for 99.8% of the solar system's mass.
  • Our sun is a giant, raging ball of fire powered by nuclear reactions, and it provides the energy that sustains life on Earth.
  • The life-giving star is a yellow dwarf star made up of gas: about 91% hydrogen and 8.9% helium, according to NASA.
  • Compared with other stars, the size of the sun is relatively small and it's just one of the hundreds of billions of stars in our home galaxy, the Milky Way. 

The correct answer is Kalology.

Key Points

• The study of human beauty is called Kalology.
  • Kalology is the study of beauty and the ways in which beauty influences society.
  • This study is focused primarily on human attractiveness, rather than the broader field of aesthetics, and was popularized during the 19th century when philosophers attempted to codify beauty and create a uniform system for evaluating it.
  • A scale was even proposed, probably jokingly, which rated beauty in terms of the theoretical beauty of Helen of Troy, who allegedly had a face to launch 1,000 ships.

Additional Information

The first letter in each group is obtained by adding five letters to the first letter of the previous group.

W + 5 = B, B + 5 = G, G + 5 = L, L + 5 = Q, Q + 5 = V

The second letter in each group is opposite to the first letter of that group according to their positional value.

W ↔ D, B ↔ Y, G ↔ T, L ↔ O, Q ↔ J, V ↔ E

The numbers in in each group are obtained by adding two and its multiple at each step respectively.

4 + 2 = 6, 6 + 4 = 10, 10 + 6 = 16, 16 + 8 = 24, 24 + 10 = 34